The Regen Atlas project aims to develop advanced analytics that provide critical insights into the future risks facing carbon sequestration projects. By leveraging forward-looking analytics, Regen Atlas enables participants in carbon markets—including investors, project developers, and marketplaces—to better understand and mitigate risks such as wildfires, cyclones, pests, insects, and seismic events.

MEMT is an intelligent digital tool that provides near real time operational information from the mining site to the mine management, to support fast and objective decision-making, with the purpose of enhancing operational efficiency.

SuperVision Infrastructure - critical infrastructure monitoring system that utilizes satellite data and Earth Observation (EO) methods to develop an automated software solution for detecting and assessing damages and risks in close proximity to critical infrastructure. Exploring a fusion of optical and radar data with varying resolutions, the system serves as a rapid-response tool specifically designed for occupied and inaccessible territories.

Poderi is a digital toolkit designed to assist agricultural advisors and farmers in adopting sustainable agricultural practices by providing Decision Support Systems (DSS) for planning agricultural operations and for optimising livestock management. It is an interoperable, space-based Farm Management System (FMS).

How do you target advertising to maximize customer reach and minimize costs? Where do target customers stay, live and work? What locations should be the focus of digital and physical advertisement campaigns?

BeSpatial.AI helps businesses in financial services and other industries to boost their ads performance with customer trained machine learning model (HolistiCRM).

Training is done based on internal datasets, EO (ESA) and GIS data (GeoX). In our first use-case machine learning model accuracy reached 91%. 

Machine Learning supported targeting ROI 1127% thanks to lower CPC and higher conversion rates targeting the right (potential customer dense) locations.

IPAS (Interruption Prevention Alert Service) is a next-generation risk alert solution, developed with support from major UK utilities, to alleviate risk within proximity to critical assets across entire networks.

The platform harnesses satellite technology, asset geo-data and other third-party data intelligence to identify third party interference within close proximity to critical utility assets and enable more rapid operational response.

MaizEO_demo project aims to boost maize farming efficiency in Central Europe by offering precise advice in corn cultivation from sowing to harvests (the precise sowing, fertilization, protection, crop monitoring and yield prediction) using Earth Observation.

ENTEL combines EO satellite imagery and geospatial data to improve the effectiveness and resilience of large energy infrastructure operators, supporting their activities during the whole network life-cycle.

Today, speed and effectiveness have become essential characteristics of the logistics sector and the transportation of goods more and more requires a continuous monitoring of various parameters (e.g. position, temperature, shocks) during the different steps of the goods journey (i.e. collection, transport, storage, delivery). Indeed, the loss and/or the deterioration of shipped goods have enormous financial impacts for companies, in particular for items with a very high value (e.g. pharmaceuticals products, rare items). DragonFly is a comprehensive solution able to provide an effective continuous real-time monitoring solution which has been designed to monitor globally the end-to-end journey of the most critical goods (such as pharmaceutical products) in a cost-effective way.

BrightEarth is a web-based application that generates cartographic data from high-resolution satellite imagery. The data are available on demand from anywhere in the world, and include 3D vectors, GIS raster and textured 3D building models.

Following a successful feasibility study for a multipurpose shared electric fleet solution for NHS Hospitals, Project Eclipse covers the development and pilot of a new and highly innovative transport technology for Newcastle Hospitals NHS Foundation Trust. The project sets out to reduce transport related challenges for employees and patients by providing a sustainable, optimised, fully electric fleet solution that improves access, reduces cost and helps the NHS meet ambitious Net Zero targets.

Revolutionize Incident Management on Industrial Sites!

Introducing our cutting-edge software platform tailored for large industrial sites. With a fusion of Earth Observation data and real-time GNSS tracking, gain unparalleled insight into site dynamics. Instantly locate personnel during emergencies, communicate crucial instructions swiftly, and optimize response strategies. Experience a new era of incident management efficiency and safety.
 

Rapid Assessment of Future Coastal Flood Risks Around the World To Build Coastal Resilience

With Project THIRSTY, Hydrosat is deploying two commercial products to enhance food security: 1) we provide accurate yield forecasts that help agribusinesses manage supply chains more efficiently, and 2) we implement a farm management system that helps growers increase crop production while conserving water.

The Sat4Insur project aims at delivering a risk assessment platform for agriculture insurance. It offers a  complete decision tool to the Agriculture Market Manager of the insurance company and to adjusters to  better evaluate crop yield and the financial impact of adverse weather events such as drought, excess water  and storm.

OCTAGON is a suite of intelligent tools and services available in Cloud in the form of SaaS, to facilitate the decision-making process and the management of energy assets, where "intelligent" means: optimal design, dimensioning and management of the energy system, simulation and management of multiple scenarios/sites (“behind” and “beyond” the meter) and easy to use for all players in the energy system, decision makers and users.

🚀 Get Ready to Elevate Your Sports Experience with Infinity: The Ultimate GPS Accuracy Solution! 🌟
Our innovative RTK based device doesn't just capture data; it enriches the entire sports experience by share real-time insights seamlessly across TV broadcasts, second-screen apps, live tracking platforms, ensuring that fans are immersed in the excitement from start to finish.

Space-enabled Productivity & Wellbeing leveraging satellites, wearables and AI

The fusion of positioning, inertial and subsurface data sets at a singular point. 

A consortium of Europe’s leading ground penetrating radar and electronic developers have teamed up with the UKs most high-profile horizontal drilling operations to create the world’s leading terrain compensating subsurface inspection system capable of creating 3D data sets for analysing buried assets below challenging terrain.

The InsurEO project applies innovative Earth Observation (EO) services to provide detailed insights into buildings and their surroundings—ranging from flood and landslide risks to environmental health, climate change, and sustainability. Through an intuitive web platform, organisations will be able to visualize and monitor these insights, whether for a single building or an entire property portfolio. Sectors such as insurance, banking, real estate, and energy service companies (ESCOs) will use these insights to make more informed decisions. 

Using satellite images, 3Bee’s HIVE-TECH reports real-time information on the flowering status of the crop fields and manages the positioning of hives during pollination. This ensures optimal placement of the hive and enhanced productivity. HIVE-TECH Pollinator Platform connects beekeepers and farmers and optimises the pollination services on the basis of satellite images of crops and colony health data.

A mobile application and web-based data platform for collecting, cross-referencing, and displaying social and environmental data. The mobile application allows individuals - also via gamification - to provide ground-truthing data which is cross-validated against other data streams (e.g. remote sensing, bioacoustics, etc.), aggregated, and structured for GIS visualization, scaled up for more accurate environmental monitoring.

N-Flow develops a satellite-based model that monitors nitrate run-off based on physical geologic characteristics and crop practices. Farmers and corporations can focus agricultural practice change to improve nitrogen use efficiency on the N run-off hotspots identified by the model to reduce nitrate pollution in water and improve business sustainability.

AVISAR is a demonstration project which aims to provide solutions to support clean and safe operations within the energy sector through carefully selected services, for both onshore and offshore operations.  AVISAR is a product suite based on multi-mission, multi-sensor Earth Observation assets to address the challenges faced to reduce costs, increase efficiency and develop safer and cleaner methods of operation.

Yield forecast report for 3 major crops (maize, winter wheat, rapeseed, winter barley, sunflower) starting from 2 months before harvest. The forecast will be made at the field & farm level and automatically be available every two weeks. At the county level, OGOR will publish every 2 weeks yield forecasts, helping farmers
have a broad overview of the season to make the right decision when storing, transporting, or
selling the crops.

DataCosmos is Open Cosmos’ proprietary platform for storing and analysing satellite imagery. 

RTIS is a near-real-time information system. By leveraging DataCosmos to detect and monitor oil spills in the Persian gulf and Read Sea areas, RTIS will enable easy setup and programming of monitoring regions, ensuring timely data delivery for efficient analysis.

The OE Platform uses satellites to track methane emissions from the oil & gas industry. This enables management of methane and associated energy transition risks using global, asset-level, highly frequent emissions data embedded into a deep regulatory, supply chain, portfolio exposure and operations analytics.

The GRailMon project aims to fine-tune and demonstrate an innovative GNSS-based solution for monitoring the 3D position of sections of railway tracks with millimeter precision.

Objective of the project is to study and validate b.Bone scaffold in osteoporotic environment to improve human bone surgery. b.Bone is a synthetic bone substitute, CE marked and indicated for clinical applications in orthopaedic and traumatology surgeries. The scaffold is seeded in vitro with human bone cells in simulated microgravity and then in space (after the current activity), to simulate an osteoporotic accelerated model, and their response is analysed.

SUPER focuses on using Earth Observation (SatEO) and Satellite Navigation (SatNav) for Urban Air Mobility (UAM) infrastructure planning and integration into public transport, and in planning and monitoring aspects of UAM operations. Relying on SatEO (archived and near real-time) data provides diverse geospatial, environmental, weather and mapping information, and allows combining it with SatNav data from air traffic (once available).

FASTWIND is a cloud-based technology and financial tool for the offshore wind sector. Software developer Exceedence, Simply Blue Group, a leading blue economy developer, and NORCE Norwegian Research Centre, are partnering on this project to use satellite data from ESA’s satellite network to conduct wind resource measurement and energy yield analysis.

GAINS provides historic and near-real-time insights on the production and activity levels at hundreds of sites involved in the global iron and steel supply chain. It offers an “alternative data” source for the Financial Services industry by providing near-real-time leading indicators such as stockpiles of raw materials and levels of activity and production, based primarily on satellite observations.

TSMF_10CM DP is Tama Group’s core project to develop, test and test market the WaldCursor product. The project covers development, test and field test of a cloud & app based remote sensing analytics information platform for forestry and environmental applications.

ISABHEL is a continuous monitoring service that leverages 5G technologies and provides qualitative and quantitative information for the management of specific assets, identifies areas for predictive maintenance, supports asset financial resilience and disaster prevention. The proposal is based on the synergistic integration of different technologies enabling advanced monitoring of the structural health of bridges. The service is specifically aimed at monitoring the structural health of bridges located on the Po River, which are recognized as assets of interest for the City of Turin. 

Eyes on Plastic provides a service solution, which combines multiple sensor components into a joint mapping and monitoring solution for plastic in the aquatic environment. By flying high and diving deep, plastic litter can be monitored at all angles and scales. On top, the service invites everybody to actively keep the eyes open on plastic spanning local info to a global reach.

With safeBACK, our integrated Safety Alert and Flood Forecasting Engine, we empower local authorities and civil protection agencies to act proactively in case of flooding. By combining real-time water levels, precipitation forecasts, and Earth observation data, safeBACK provides accurate alerts and probabilistic flood forecasts for brooks and creeks. This enables authorized users to anticipate and understand flooding situations, enhancing response readiness and protecting communities before disaster strikes.

ProvGrass generates multi-temporal maps of the grass platform or area of interest including sward quantity and quality to enable customers in the dairy and beef industry to provide products  that positively influence sustainably productive farming through end-user (e.g., farmers or advisers) grass management This results in higher quality milk production at better margins, while adhering to increasingly stringent requirements to demonstrate improved sustainability.  

The project aims to develop a service for monitoring, reporting and verification (MRV) of agricultural measures to bind CO2 in the soil as a part of “Carbon Farming”. The tool will be able to monitor catch crops, report on farming practices for higher carbon sequestration and verify organic carbon build-up in the soil.

The newly developed DITCH - Digital Twin Catchment service consists of an online accessible digital representation of basins providing static and dynamic variables like topography, land use and cover, hydrological and ecological conditions (water level, discharge, sediment concentrations, algal blooms) of water bodies, and soil characteristics provided through earth observation (EO) including potential dynamics next to past and present situations.

This physical twin is then also combined with socio-economic information to provide relevant decision support tools for resilient basin management of water-related stakeholders.

The Pemberton Biodiversity Portal leverages a time series of UAV, aerial, and satellite data, alongside derived data which is ground-truthed and then compiled into a federated biodiversity metrics dataset to provide data consumers with accredited automated remote measurement and tracking of biodiversity.
 

Rheticus® Forest Carbon Offset is a service providing a reliability assessment for emissions offsetting investments for companies' sustainability strategies. The study aims to verify the feasibility of a service capable of automatically providing concise reports containing key information from the analysis of EO-derived data, integrated within the Rheticus® platform developed by Planetek Italia, evaluating forest carbon offsets of REDD+ projects.

FB Eye – acronym of Fire-Bombing Eye – is a commercial initiative to improve the firefighting operations using innovative space-based and ground-based technologies.

FB Eye is an innovative platform-as-a-service commercial provision of integrated satellite/airborne Comms/Nav support to the precision water bombing of large wildfires. 

FB Eye provides water bomber pilots with a near real time information map with precise geographical location of most radiating fire hotspots, being the most effective release target to extinguish rapidly the fire.

MUPO enables the digitalization of agriculture with smart livestock and stable management by supporting robotics to:

•  Minimize physical labour for farmers and mitigate workforce shortages.

• Provide appropriate housing for animals and support their welfare.

• Contribute to reduce greenhouse gas emissions in livestock farming.

Space2CLIMB is looking to create a biodiversity service to support the financial service sector by combining GlobalTrust’s expertise in Earth Observation (EO) data analytics with Ecogain’s knowledge of biodiversity.
 

HeatScape Resolve project is developed jointly by Paulinyi&Partners cPlc. and Envirosense Hungary Ltd. to provide a solution for mapping and mitigating the urban heat island effect using satellite earth observation imagery, aiming to improve the effectiveness of existing predictive simulations. It makes use of Earth Observation data as input parameters for microclimate simulations for large scale urban real estate developments.

The Kick-Start activity aimed at developing driveability, site-specific application maps for herbicides, disease risk, harvest sequence and irrigation advise maps. These innovative Satellite Earth Observation (SatEO)-based products support precision farming technology. By leveraging advanced technology, these tools enhance agricultural efficiency, promote sustainability, and reduce input costs, enabling optimal farm management.

Mitigrate, an InsureTech startup, pioneers flood risk management with its SaaS platform. Utilizing advanced technologies and earth observation data, it offers nature-based solutions reducing flood risks. Targeting insurance companies, Mitigrate's tool fills a crucial gap, providing pre- and post-flood disaster guidance. Beyond risk reduction, it aligns with global sustainability goals, positively impacting insurance performance metrics. An investment in Mitigrate is an investment in resilience, sustainability, and the future of flood risk management.

This project develops an end-to-end navigation service which can be fully integrated into business customers’ own 2-wheeled vehicle products/services, including best-in-class routing optimisation (tailored to user needs) and navigation for 2-wheeler use-cases.
This will make it easier, safer and more convenient for people and goods to travel by light, 2 wheeled transport rather than by cars, vans and trucks.
 

The NbS Monitoring service delivers a streamlined Earth Observation-based approach to provide accurate, timely, and comprehensive assessments of medium to large-scale NbS peatland projects, increasing the confidence and transparency of project outcomes, and saving costs and time for customers.

To support agricultural insurers in claim management and risk management, satellite data is used to support the assessment of current damage caused by weather events and to estimate the risk of future damage to a field.

eLEAF and partner 52impact are overcoming the challenge of obtaining accurate and relevant water-risk related data with ‘BasinMeter’. The project combines scalable Earth observation technology with local datasets to expose the vulnerability of local watersheds and the impact on local related agricultural production and the community WASH (Water, Sanitation and Hygiene). The project will enhance both strategic decision making and direct local intervention to mitigate water-stress.

Europe requires clean, independent energy sources now more than ever. EPOS is a software-as-a-service solution that provides energy planning in buildings and cities. It combines state-of-the-art energy modelling with Earth Observation data, enabling engineers and decision makers to ideate, analyse the current situation and create diverse supply concepts. EPOS centralises essential data and includes AI algorithms for more efficient energy transformation.

The Water Health Indicator Service (WHIS) provides a continuous data stream of environmental health indicators for inland water bodies. This service is an API with monitoring and reporting capabilities that allows you to track a set of specialised and highly descriptive Water Health Indicators.

Following customer requests for expanding the initial service offering of the Micro Local Weather Route Recommendation Service’s high-resolution weather forecasts, new services for snow depth information, weather warnings, a short-term precipitation radar map, and high resolution climatologies were developed to provide better assistance and reduce weather-related risks for planning and undertaking safe outdoor activities.

SatMRV uses satellite images and soil data to deliver precise, cost-effective Soil Organic Carbon (SOC) mapping, allowing carbon credit generation and promoting regenerative agriculture. SatMRV's SOC measurement complies with the Carbon Certification Protocols and is an effective instrument for combating climate change.

The project is developing a new standard for physical snowpack measurements for the hydropower industry by use of L-band radar measurements in combination with InSAR processing techniques. The added values are higher resolution of snow estimations in time and space as well as less need for physical presence (equipment & humans) in the mountains to do snow estimations.

Dreadnought is proposing a drone-based service to deliver just in time medication, reduce carbon emissions and wastage and improve patient care in the UK National Health Service (NHS). The features developed and tested in this project will enable integration with drone operators and health systems.

Methane Watch is the world’s first monitoring system to measure the methane footprint of the energy sector. It combines Earth Observation data from the Copernicus constellation, NASA, NOAA and commercial satellites with advanced analytics to monitor emissions from oil, gas and coal with unprecedented accuracy, and provides unique insights to decarbonise the energy industry on a global scale.

Greener|Cotton aims to substantially improve sustainable cotton production by the application of satellite based digital agriculture technology. Integrated with cotton local traceability solutions, Greener|Cotton will help to reduce inputs and thus costs, allow to better manage production risks, reduce workers and environmental contamination, increase cotton quality, yields and revenues, lead to trusted production data and improving smallholder livelihood.

GreenerCotton services support the implementation, certification, and transparency of sustainable cotton standards with satellite enabled technology. GreenerCotton is targeting two main use cases: 1. Supporting standardisation companies in implementation and certification 2. Supporting extension services (field advisory) to implement standards and improve production.

Experience the future of organic farming with a pioneering herbicide-free weed control solution. Utilizing advanced GNSS and RTK technology, an autonomous robotic fleet precisely targets and removes weeds, optimizing yield and ensuring livestock safety. Paltech’s Robots as a Service (RaaS) model delivers efficient, sustainable, and resource-effective farming, revolutionizing weed management for organic farmers in Germany.

RASFarm is a collaborative robot system exploiting the integration of mechanical technologies, artificial intelligence and satellite navigation to autonomously carry out different agricultural operations (plants and fruits monitoring, spraying and picking). 

The Wind Sat project is developing an AI-powered forecasting platform for wind energy production using satellite imagery and other data sources. It provides high-frequency forecasts to help renewable energy companies optimize asset management, energy trading, and grid balancing. 

SWIM is a dynamic digital twin solution for water management, seamlessly integrates real-time in-situ data, satellite imagery, and advanced analytics. It monitors water quality and detects harmful algae blooms, providing customized insights, timely alerts and detailed reports. Designed for both municipal and private sector water management, SWIM empowers users to make informed decisions and enhance water resource management.

The SenseBOAT USV and SenseDOCK Offshore System offer a versatile method for autonomous monitoring of water quality and biodiversity at open sea. Equipped with optical, visual and acoustic sensors the solution offers offshore industries a precision method for year long monitoring of marine nature at wind farms, floating solar farms and aquaculture production at open sea. 

The Digitising Water Resilience project, led by Krucial with SAS, Deep Planet, SRUC, University of Strathclyde, CLEAN International, and Jacob's, aims to develop an innovative water monitoring solution. Using advanced IoT sensors, satellite imagery, and data analytics, the project addresses water quality and quantity stress, enhancing water management in global catchments for sustainable and reliable water access.

The STELLAR service ensures comprehensive and accessible crop information, enhancing decision-making and optimizing supply chain management within the agricultural sector. 

PYRNEXAT is a smart sanitation management platform that collects and analyses data relating to toilet-user behaviour and health, sanitation management processes, and environmental factors. It harnesses IoT and Artificial Intelligence technologies, and incorporates earth observation, satellite communications, and GNSS capabilities. 

The CTAPP will be specifically tailored to urban environments, addressing the unique challenges that cities face in the context of climate change. Using the CICs methodology, EO and non-EO data, it will systematically analyse and model the cascading effects of climate-related events in urban environments and provide critical insights into the vulnerability of urban areas to climate-related disasters.  

The universal virtual flight data recorder (UVFDR) is a vendor-agnostic, non-exclusive data repository, providing flight data including Global Aeronautic Distress and Safety System (GADSS) functions from day-to-day aviation operations to users in near real time.

Data4Water is a groundbreaking initiative addressing the complex water challenges in India's Godavari River Basin. Recognized as a priority basin by the Water Resilience Coalition, the Godavari River Basin faces significant issues such as water scarcity, pollution, and fluctuating river discharge levels. Data4Water aims to enhance water management by providing accurate river discharge forecasts through BWI’s advanced services. By leveraging cutting-edge satellite data, in-situ observations, and machine learning, we offer a holistic approach to tackling these challenges, supporting farmers, agribusinesses, and local authorities in managing water resources sustainably.

Discover Ping4All’s groundbreaking platform for holistic wellbeing and medical sport applications. With  state-of-the-art sport-science, digital, and medical knowledge, their innovative solutions redefine health enhancing experiences at sports clubs and integrate sports breast cancer rehabilitation into healthcare  systems. Utilizing immersive tech, AI, and 5G, they empower women to manage their health capital,  fostering confidence and resocialization. Ping4All's vision is to innovate table tennis for “One Health”,  anytime, anywhere.

e-RASM is a 100% sensors less automated tool that aims to provide to the farmers the soil water status of their different farm plots. This innovative tool based on artificial intelligence is helpful since it enables to optimize the irrigation they apply to their crops.

“Hand for U” is an application that allows People in Need and Volunteers to easily contact each other and respectively, express their needs and offer their help on behalf of the Volunteering Organisations. “Hand for U”  aims to facilitate the creation of a helping community. 

Producing 2D and 3D Digital Elevation Maps (DEMs) based on merging EO data with real-time image capture from thousands of shared e-scooters, e-bikes, e-mopeds etc to develop up-to-date mapping and terrestrial imaging solutions

DigiFarm automatically detects field boundaries and eligibility classification for automating subsidy controls for paying agencies using deeply-resolved Sentinel-2 at 1 meter resolution and AI. 

Waste is a growing problem globally, and demands effective strategies to mitigate waste related risks. GreySat provides waste information to organisations, which enables the effective development and implementation of waste management strategies and projects. 

The REGREEN solution is a software as a service to locate the highest-potential sites for energy co-generation from multiple renewable energy sources including solar, wind, and hydro. REGREEN combines Earth Observations and actual power generation data from existing plants as training features of an Artificial Intelligence model that forecasts power production from renewables at any desired location on the map.

An advanced data-driven AI enabled, earth observation and ground data based, software solution for forecasting of energy production, crop yield, O&M as well as design and economics of Agri-PV plants.

ICUTRAIN is an innovative hospital-train equipped with ambulatory and intensive care units and using space technologies to enable remote medical analyses and consultations that require data exchange and high communication security standards. ICUTRAIN can offer some advantages compared to other solutions because it travels ready for operation, thus requiring limited set-up time once the target destination has been reached. Continuous connectivity allows for both remote medical advice and precise train location on the railways.

The proposed service utilizes Earth Observation (EO) satellites and geospatial technologies to optimize micro-mobility planning and fleet management in urban areas. Its goal is to offer sustainable and efficient solutions for the growing micro-mobility sector, encompassing electric cars, bicycles, and scooters.

This kick-start activity centred around Luna Systems' computer vision solution which is designed to improve the safety of shared micromobility vehicles. The system employs computer vision to identify patterns in shared vehicle rider behavior, focusing on sidewalk riding, travel speed, and proximity to pedestrians. This data provides valuable insights for shared mobility operators, enabling them to enforce safer riding practices among their ridership. Recognizing the limitations of Global Navigation Satellite Systems (GNSS) in urban environments, the activity centred on exploring the feasibility of AI-based techniques such as Visual Wayfinding and Map Matching to enhance positioning accuracy to ensure robust ride safety assessments.
 

PARK uses GNSS Raw measurement for improving positioning accuracy of micro-mobility vehicles for parking purpose and to prevent micro-mobility urban cluttering. Added value of a GNSS accuracy positioning service, through GNSS Raw measurement, is that it can be implemented by avoiding costly infrastructure and with zero-impacts for users.

The focus of our DEMO is to develop a Surf Tracking application and enhanced surf forecast and alert service.  The tracking app will track and analyse surfers’ position and performance in the water accurately in conjunction with the Samsung Galaxy 5 smartwatch. . The second element of the project is development of an enhanced surf forecast service and personalised conditions alert service. This will be achieved through the use of EO imagery together with other ocean & weather characteristics.

The AgroMAP Quality Control service revolutionizes agriculture with a cutting-edge Farm Management System (FMS). Leveraging satellite imagery and advanced analytics, it automates data management, enhances operational efficiency, and ensures regulatory compliance. This innovative solution empowers farmers and advisors with quality control functions for optimized productivity and sustainable farming practices. The AgroMAP Quality Control study was supported by ESA Space Solutions.

The proposed service aims at assessing the environmental impact of large events. It takes the form of an online dashboard allowing the monitoring of the environmental impact of the events. The environmental impact is composed of the short-term impacts on Air (pollution), vegetation (trampling) and water (turbidity) as well as the medium-term impact regarding urban heat contribution.

Water is an essential resource under multiple stress factors, and the cause of multiple crises & conflicts. To manage the water risk and because the rivers often cross multiple countries and serves multiple usage, the stakeholders encounter difficulties to acquire accurate information about water to monitor and survey its quantity (availability & accessibility) and quality. Thanks to the combination of space-based tools and ground measurements, WaterSIM (Water Spatial and In Situ Monitoring Service) can leverage several issues & drastically improve the performance of ou customers and users for an ongoing monitoring and control of the water cycle of rivers and reservoirs and its state. The first service proposed is a flood demonstrator to monitor  the water flow from rivers, raise alerts upon stress levels and associate this alert with high-value spatial indicators to support planning and prevention for flood risk, for improved decision-making for water resources management.

WARM uses Machine Learning to identify water stress based on satellite and remote sensing data. The result is a water resilience map that covers entire basins and shows water quantity, water quality, and climate factors in detailed areas.

Treedom is the first non-productive, privately financed online planting platform that allows consumers and businesses to plant trees remotely and follow their storylines. Satellite images and their elaboration will provide engagement and transparency tools to our customers and users

RAMar has been assessing the introduction of space-based RF-data into the existing KSAT vessel detection service. The existing service based on SAR and AIS has been expanded to utilise RF-data as an additional source of information with the aim to enhance the detection and characterisation of dark vessels.

Introducing SafeRide, the cutting-edge safety solution for cyclists. Utilizing advanced smartphone sensors, SafeRide detects accidents in real-time and instantly alerts emergency services, ensuring rapid response. Designed for all cyclists, from casual riders to professionals, SafeRide offers seamless integration and scalable pricing, making safer cycling accessible to everyone. confidence—choose SafeRide.

The activity applies MinFarm Tech’s optimized LoRaWAN over SatCom software stack and network architecture to develop a technically and commercially viable solution for remote livestock management anywhere in the world using IoT technology and Satellite Communications.

Friilink mobile offers a comprehensive technological solution for buses and trains that allows operating companies to offer entertainment services to passengers with high-speed internet always available on board, generate new revenue through digital advertising tools optimized with AI, save in expenses through its telematics integration solution, route optimization and vehicle status monitoring, and increase on-board safety.

Remote Planet from Secure Innovation offers real access without physical presence, allowing you to have control over your critical assets from anywhere in the world.  Harnessing the power of satellite technology featuring Wi-Fi, GNSS, GSM and LEO functionality, this convenient solution provides 24/7 monitoring, management, protection and control to safeguard your assets and operations.

The AIDA Feasibility study proposes two new services based on EO data and integrated with AI technologies, able to provide tools and value-added information helping damage assessment and monitoring in support to recovery efforts focused on agriculture and strategic infrastructures, specifically for areas prone to natural and man-made disasters and conflicts.

STREAMO provides advanced Earth Observation services from the Stratosphere, by using swarms of small and reusable High-Altitude-Pseudo-Satellite called CubeHAPS®, developed by Stratobotic. The solution improves regionally the Earth Observation services. The products offered are super-resolution, 3D models in real-time and SAR imagery at higher temporal and spatial resolution and lower costs, as almost no infrastructures are needed to use CubeHAPS®.

BeeSentry by Apisense Sp. z o.o. aims to help beekeepers detect and monitor Varroa mite infestations using IoT sensors, satellite imagery, and AI. The system provides real-time hive health data and alerts to mitigate parasite spread, supporting sustainable beekeeping practices.

DDK Positioning Ltd. (DDK) provide GNSS hardware and Precise Point Positioning (PPP) services that improve GNSS positions from 10m to an accuracy of <5cm. DDK delivers its positioning service exclusively via the Iridium satellite communications constellation using Iridium’s 66 military grade LEO satellites to market sectors globally, from pole-to-pole. 

The project aims for a future where managing the micro-mobility system, makes walking a convenient, accessible, and attractive option for short urban journeys, complementing other transportation modes seamlessly.

Track & Trust is a cost-effective tracking solution utilizing satellite communication, IoT mesh networks and blockchain technology. The system offers a scalable tracking and communication platform which solves a broad range of supply chain challenges, such as the intricate recording and tracking of goods for last-mile delivery in remote areas. Track & Trust is predestined for logistics and related services for the humanitarian sector.

KSAT DECOM aims to help operators and regulators to monitor offshore decommissioning activities by combining oil spill detection, vessel monitoring, multi-mission SAR and EO data, weather condition and greenhouse emissions to reduce costs, increase efficiency of operations, develop safer methods for execution and reduce environmental impacts during decommissioning activities.

Streamlining tree vegetation management with accurate insights using geospatial analytics. 

The Commercial Property Insurance project is developing a management platform for the insurance industry, providing Digital Twins of several datasets including crime, fire and rateable value, as well as Earth Observation and sensor-based data on natural catastrophe aspects (river flow, flooding, landslip, earthquake). The two main goals of the platform are to support parametric loss adjustment and improve rebuild cost validation.

Biomass Watch is a global forest monitoring system that tracks changes in biomass carbon stock at the scale of a nature-based solutions project.

Uncovering illegal logging in the past, present and future. 

Rapid response. Anticipate to mitigate.

The GeoNewsChain relies on the use of modern technologies, such as GNSS and blockchain, to create a platform that allows citizens to post photos and short descriptions of local events. Each photo can be automatically geotagged and located on a map. Professional journalists can have the option to purchase subscriptions to access the platform, allowing them to receive quick updates on current news.

SMARTFISHING is a digital twin solution, consisting in a hardware-software platform enabling the remote monitoring of the status (and position of fishing vessels, the optimisation of fishing activities, the reduction of fuel consumption and the predictive maintenance of critical vessels components). 

Airmine delivers data-driven, pollen forecasts based on weather, topography, vegetation and measurements, providing pollen forecasts with ground-breaking methods. 

The project aims to develop a software that, combining user’s biological characteristics and trail information, provides customised advice and recommendations for physical outdoor activities. The main outputs are individual activity/hiking time recommendations, trail feasibility, calorie consumption as well as tips and precautionary measures also for subjects affected by chronic diseases.

DINAMO is a multi-sensor multi-temporal platform representing an operational tool designed for the early-warning and detection of possible structural failures designed with the purpose to provide a solution to the growing need of reliable and durable operational tools for bridges and viaducts continuous

Enabling the Smart Green Cities of the future by tracking the urban green revolution, adaptation to climate change and liveability.

A new concept of product to run a sport in the schools using VR environments, haptic devices and enabling competitions and training activities between remote, in the space and in the time, users.

Vertical52 is building a platform that will give newsrooms access to high resolution satellite data and help them analyse and visualise their space-borne investigations in a suitable environment.

Craft Your Space is a platform dedicated to operators in the Small Satellites market. Users are identified as those companies and operators who manufacture components for the aerospace industry and specifically components for the construction of Small Satellites.

ASPEN is an affordable and reliable measurement tool for pavement condition monitoring. Our smartphone app allows road infrastructure authorities to gather high-quality data for maintenance planning at a fraction of the price spent today.

Space-based Innovative Solutions for Level Crossing Safety

The Digital Port Platform is a Hub of maritime modules to improve port operations and lower their environmental impacts.
This Hub gathers space assets and other sources of data to transform them into key indicators thanks to advanced AI technologies.
It allows real-time situational awareness to solve major environmental and performance issues.
 

APPIDE is an AI-powered tool designed to increase the efficiency of thermographic inspections of photovoltaic plants (both ground- and roof-mounted). Using radiometric, RGB, and GPS data acquired from drones, APPIDE generates detailed reports in a matter of hours, identifying exactly where and what the performance problems are on solar sites. Our AI-based solution drastically reduces the inspection times by human inspection and increases the reliability of reports. Overall, APPIDE allows you to make more inspections with fewer human resources, maximising the return on investment of your drones and your business.

SatADAPT is a Predictive Maintenance system based on vibration monitoring and AI. The system consists of wireless vibration sensors which send data to an AI engine in the cloud which is also replicated onto Edge devices. The AI looks for anomalies in the frequency spectrum and warns of potential failures, classifies the expected defects, and estimates the time to failure. 

MIRORES consortium launches a geological prospecting-consulting company focusing on space resources. The expertise is built around a proprietary far-IR spectroscope for remote detection of sulfide and oxide ores containing key resources for planetary ISRU (titanium, iron, oxygen, sulfur, PGMs and energy resources - pyrite and helium-3). Proper supply of these resources is also essential for Earth’s transition into zero-carbon economy.

GeoInsure is a fully operational, custom designed, state-of-the-art Earth Observation based geospatial tool, specifically build to be seamlessly integrated into the operational workflow of a company active in the (re)insurance market, with an emphasis on natural catastrophes (Nat Cat) and extreme weather events insurance and reinsurance activities.

The project aims at the creation of services for the safeguard, conservation, promotion and enjoyment of the cultural heritage by using Space assets, AR and 5G network. The initiative has as its principal user the Municipality of L’Aquila, whose heritage is willing to be prevented and enhanced thanks to the development of the app, major outcome of the project Extension.

ONE CLASS! is a “ONE STOP SHOP SATCOM-BASED SOLUTION” conceived to foster the use of distance learning in isolated schools/areas, to assist children hospitalized for medium to long-term stay, to support the multiclasses needs and facilitate social integration actions for Foreign Unaccompanied Minors (FUM) needing access to education and social inclusion programmes. Via a project extension (CCN3) a new service is added, providing a rapidly deployable packaged solution for education in emergencies, provisioned with telecommunication systems (“Portable Learning Space (PLS)”. The idea is to conceive, develop and operating a “one stop shop solution” offering to emergency context the opportunity to have a “classroom in place” completely equipped with Information and Communication Technology (ICT) devices and provisioned with an integrated telecommunication system (satellite, mobile, 5G) to start the process of social and cultural integration thanks to the access to digital educational and civil/cultural-oriented contents.

Measuring and controlling GHG scope 3 emissions is crucial for the chemical industry goal of achieving carbon neutrality by 2050. Reliable monitoring mechanisms built from precise, trusted data, allow to calculate their precise product carbon footprints, and conduct truthful life cycle assessments. Scope 3 services fully cover the evolving needs from the industry with a user-friendly monitoring and simulation platform specialized on multi-modal transport emissions.

Massive end-to-end IoT satellite services, fully operational in GNSS denied environment and very robust to jamming & interferences for highly scalable applications in numerous verticals such as logistics, transport, agriculture/smart farming, maritime, environmental, mining/oil/gas, smart cities, smart building, e-health, utilities, industry…

ABLE ACTIVE promotes accessible trails and amenities to people with disabilities, uniquely by disability. Feedback captured from users helps to inform and inspire, making it easier for others to find opportunities suitable for their specific needs, and helping amenity operators to better understand and support their user community.

What short and long-term actions can be implemented to foster opportunities for the space sector in aiding the green transition and decarbonisation of the economy, with a particular focus on the Buildings and Energy & Utilities sectors?

The world health organization has reported that 7.6% of patients in high-income countries acquire a healthcare-associated infection (HCAI). Recent studies show that more than 650,000 patients a year in England acquire HCAIs, which cost the NHS over £1 billion annually. Airborne transport is responsible for up to 10% of all HCAIs. The PASTA solution aims to improve indoor air quality and to minimise the risk of airborne pathogen infection in future hospital environments using low-temperature plasma technology that is oriented from in-situ resource unitisation in long-duration space missions and space propulsion (Pulsed plasma thruster). This new technology is designed to provide better infection control for airborne pathogens. It can also reduce the carbon footprint of hospitals by improving the energy efficiency of a traditional HVAC system.

Colibri is an operational telemedicine solution relying on satellite broadband communication to efficiently support healthcare services in white areas, combining fix telemedicine stations installed in villages, a vehicle equipped with medical devices called “Consultobus” and home appliances for isolated people.

To restore and protect biodiversity, we need detailed data.  A breakthrough is needed in the current labour intensive methods to carry an ecological survey to provide data for biodiversity monitoring and reporting. Gentian provides a solution which harnesses innovative AI technology and highest resolution Remote Sensing imagery to provide a fully remote, cost efficient ecological survey without compromising on accuracy. 

SATAVIA is reducing the climate impact of flying by mitigating the warming effect from the clouds aircraft make and enabling airlines to claim carbon credits as an incentive. Globally, aircraft contrails trap heat in the atmosphere and increase aviation’s climate impact by over 30%, contributing to global warming. From 2025 the European Union Emission Trading Scheme (EU ETS) will require airlines to report this impact. 

SATAVIA’s technology provides atmospheric intelligence to change flight plans to avoid  contrail-forming conditions. The mitigated climate impact is verified by SATAVIA and converted into tradable units by a patented method with the backing of Gold Standard, a major carbon accreditation platform.
 

The EO4CSR project aimed to assess the potential of Earth observation (EO) derived information to enable companies and financial institutions to facilitate due diligence and reporting requirements deriving from the European CSR Directive (Corporate Social Responsibility - CSRD) and European Deforestation Regulation (EUDR).

Revolutionize energy asset inspection with ThermAleego: AI-powered software using thermal imaging and space assets for precise anomaly detection, optimal maintenance, and cost savings.

This feasibility study quantifies the performance of short-term optimal routing mode using a new generation of surface currents data obtained by AI fusion of high-resolution satellite observations.

AROBS AlertBox aims to offer access to E-alert messages and 112 emergency service, in environments that lack reliable GSM (Global System for Mobile Communication). This product is an emergency alert box that connects, via the Iridium global satellite constellation system, , to the national emergency response systems in critical situations when communication channels are compromised.

In this transformative project AI-driven diagnostics, and Earth Observation (EO) data are bridged to
revolutionize patient care and early disease prediction. AI, fueled by satellite data, enables early disease
prediction by analyzing environmental factors such as UV exposure and dust concentrations. This approach
extends beyond traditional healthcare, addressing global health and environmental challenges.

The activity aims to transform Earth Observation (EO) data into a reliable product for various business clients, including large corporations and the financial sector. It addresses compliance with auditing, legal standards, and emerging ESG regulations, offering End-to-end validation ensuring data security, compliance, immutability, and nonrepudiation.

Trade in Space creates NFTs on a blockchain, using SatEO analysis. But these aren’t works of art – they're tied to physical commodity crops still growing in the field and this new approach enables us to move into a new age of transactional insight®. In this project Trade in Space will show the value this new approach has in streamlining global coffee and cacao supply-chains.

Unlock the potential of satellite remote sensing and advanced modelling for accurate and cost-effective biomass measurements in your RegenAg and Carbon programme. Gain precise insights into crop and cover crop biomass, as well as CO2 fluxes with our innovative solution.

Energy SCOUTTM is a modular set of services which transform daily and weekly feeds of raw satellite sensor and spatial data into a series of value-added information products, targeting different activities along the oil & gas supply chain.

MASAI is a web platform designed to support national and international organisations that intervene in emergency situations (humanitarian crises due to war and natural disasters). This web platform uses automated Artificial Intelligence algorithms applied to VHR and SAR images to identify damage to buildings and infrastructures, estimating the extent of economic damage and affected population; Ukraine is the use case.

Patient wandering off is a major concern in long term care facilities. The CDPP project responds to that concern by adding geo-fencing and Search & Rescue (SAR) capability using Galileo GNSS. This prevents dementia patients from getting lost and wandering off facilities.

The project aims to improve the data analytics software used by insurance companies to confirm an accident has happened, who is at fault and the probability of injury.

BST.COACH, a Czech digital youth sports platform has developed a reward-based outdoor exercise application using GNSS-stamped locations.

Currently drones are not electronically visible, and it is not possible to determine accountability of a drone without searching and hoping you can find the operator. The proposed activity for the ESA Kick-Start project is to solve the issue of electronically identifying and tracking of drones.

SAMPLIFLY is a fast, integrated, and sustainable drone-based express transportation service design to carry different types of samples for industrial companies. SAMPLIFLY is able to operate in highly industrialised areas such as large harbours.

This study is meant primarily for increasing road user safety when crossing a level crossing and thus, the decrease of fatal accidents at rail-road crossings representing the second cause of railways fatalities in EU. In this project the achievement of higher safety standards for level crossing accident prevention is thought through the design of a low-cost system based on space assets and cutting-edge informatic technologies. The proposed system could be strengthened in terms of data accuracy through the integration of ground technologies (i.e., optical cameras and interactive signs) where needed.

The PeaSat project will develop a yield prediction package which uses satellite imagery to forecast vining pea harvest volumes around two weeks before harvest.

A data product harnessing wildfire impact data for carbon credit verification, estimation, and above-ground biomass change analysis in the growing carbon market.

3E Project Development solution provides accurate and bankable satellite-based solar irradiation data for solar power modelling: 3E Solar Irradiation Data. It is your go-to application to assess the long-term yield of future solar assets, improve the return on investment and evaluate operational plant performance.

The SENO demonstration project aims to rapidly and efficiently deploy a high throughput and low latency satellite communications service to serve as a reliable and independent communication channel for the needs of humanitarian organizations in Dori (Burkina Faso). In this way, humanitarian actors would be able to offer IP-based services to Internally Displaced Persons (IDPs) and to the local community, while also improving the working conditions of their staff. Based on the success of the pilot and the market demand, the service could be scaled-up to other locations in and outside Burkina Faso.

Monitoring and understanding of armed conflicts, Humanitarian-Development-Peace nexus.
 

CGG’s SeaScope service increases knowledge on the presence, characteristics and behaviour of oil pollution in marine and coastal environments by combining deep interpretative understanding with the unique spatial, spectral and textural information contained within historical and frequently acquired contemporary satellite images.

Discover how ForEOSt supports sustainable forest management with dynamic monitoring services based on Earth observation data. Get frequent updates on the forest vitality status and establish reliable tree count, density, and species to enhance your management practices. Whether in urban, agricultural, or rural settings, ForEOSt supports national and regional authorities, industries, and private owners in the face of climate change and biodiversity loss.

Let SPACEBEL help you monitor your forest and trees in the most efficient manner.

Seqana is a Berlin-based startup developing a digital Monitoring, Reporting and Verification (MRV) service for soil organic carbon offset and inset projects, using Machine Learning (ML)  and Earth Observation technologies. This Kick-Start project aimed to enable Seqana to acquire new ground truth datasets and to calibrate its ML models in Cambodia, Germany, and Kenya/Tanzania in collaboration with its local partners, respectively SmartAgro, CO2-Land, and Justdiggit. The relative improvement in accuracy metrics that Seqana achieved for each of the three calibrated regional models were an average increase in the final point-level test R^2 of 160% and an average reduction in point-level test Root Mean Square Error of at least 20%.

O-BOY is the first wrist-wearable that contains a satellite transmitter - therefore operates outside the range of mobile phones - and will offer a total package of services that can be lifesaving for athletes and adventurers in remote areas.

AirTracks is a flexible and cost-efficient Air Navigation Information Service for enhanced aircraft safety during approach and departure at small and medium aerodromes which do not have any aeronautical surveillance system (e.g. Radars). Airtracks combines various aircraft surveillance information (ADS-B, Mode-S, etc) in the vicinity of an airfield. The information can be visualized on a web-based display, showing the relevant/customized ancillary information layers in a user-friendly way e.g. flight plan, aeronautical charts, meteorological information as well as safety related notifications to aircraft pilots (NOTAMS).

This geo fencing data base provides the shipping industry with container door opening event qualification, operational deficiencies tracking, container mishandling events locations and CO2 shipment emission data tracking.

S-2-3 a multi-scale/parametric system aimed at monitoring the health status of trees within parks of historical-cultural or naturalistic interest.  Objectives: defend the beauty of the tree, archaeological and monumental heritage; monitor the environment; manage risks to people or property. The data is enjoyed through webGIS platform with dual functionality: cataloguing trees; Monitoring the dynamics of trees with respect to wind.

ABSeaD focuses on environmental conservation. It utilizes advanced machine learning models to analyse Earth Observation data for the strategic management of Posidonia Oceanica seagrass beds, crucial for carbon sequestration.

The AlertSat satellite constellation is to deliver Alerts directly to its users, through AlertSat Portal - when critical information has been detected and there is still time to act upon it.

The SatPDT project aims to develop an innovative satellite-based digital product, called SmartPDT, that enables a safe and effective daylight therapy (daylight photodynamic therapy or dPDT) of skin pre-cancer and cancer, e.g. Actinic Keratosis (AK).

SP4GO is a solution to support the maintenance of electric power distribution infrastructures. SP4GO uses cost-effective and high-resolution satellite data to reduce inefficiencies and maintenance costs of high voltage power lines by detecting potentially dangerous situations related to the overgrowth of vegetation, the construction of new buildings that come too close to infrastructure and detecting land terrain change.

SP4GO is targeted to electric power Transmission System Operators (TSO) and electric power Distribution System Operators (DSO). 
 

A smarter way to identify the location for your next solar project. OPT4SOL uses satellite images, GIS, and AI to support site selection for new utility scale PV projects. All the data in one place. The system considers every aspect, from exclusion zones and regulatory limits to distances from power lines and areas of high cunsomption supported by AI powered analysis and scoring of potential locations.

Space-data surveillance service for effective vessel management, enabling greater efficiencies in the planning of construction and the maintenance of offshore wind farms.

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The project entails developing a software platform for real-time measurement and quantitative monitoring of gas and/or oil extraction sites. This integrates data from seismic, satellite (SAR), GPS, IoT networks and correlating the Earth's surface movements, seismic activity and pore pressure through an AI engine. The results can be employed for industrial monitoring and predictive simulations.

SGAM is designed for hazard and risk assessment, focusing on the interaction between infrastructures and natural environment. It combines Earth Observation data, ground-based monitoring data, geohazard databases, and AI algorithms to identify critical issues and cost-effective maintenance investments. It features techniques such as A-DInSAR and PhotomonitoringTM for precise monitoring of surface changes, allowing for historical analysis and change detection.

The uSmart REVENUE project uses Artificial Intelligence and Machine Learning to process satellite imagery and link this with Non-Domestic Rates registers to determine whether building usage might have changed. This enables fraud detection and identification of potentially missing revenues to local authorities.

The Soil health space-based evaluation project leverages SatEO to generate time series capturing historical land use and farming practices on plots. These time series are then correlated to soil measurements in order to explain the impact of farming practices on the health of cultivated soils and identify improvement levers. 

The Norwegian company Ocean Oasis is developing a wave powered desalination technology to increase access to safe and affordable water in water scarce coastal regions. The capacity to efficiently evaluate the wave resource in specific locations allows for production forecasting and pricing. Earth Observation data has been used to improve the accuracy of the analysis tool.

The AGRO-BIOMES Kickstart activity aims at understanding the biodiversity market level readiness in four major agricultural markets segments, proposing a few architectures scenario based on the <geosys/> platform capabilities, testing biodiversity-related analytics with ground truth and Copernicus data and finally evaluating economical, technical, and scientific risks and mitigations plan to be considered prior to a go-to-market decision.

The project VADUS provides to tourists the opportunity to enjoy cultural heritage that is not easily accessible to improve the enhancement of archaeological and museum sites. VADUS,realizes a metaphorical safe “way” of a virtual nature that overcomes physical and cultural barriers related to difficult access, reduced comprehensibility for the lack of some significant parts, presence of hidden or difficult to interpret cultural aspects.

KARL Scheduler provides farmers with satellite-based irrigation recommendations, ensuring they have a clear view of the irrigation needs of their entire farm. Calibrated with soil sensor data, KARL Scheduler ensures the highest quality satellite-based soil moisture estimates, creating a virtual soil moisture sensor for every 20m of a field, ensuring water resources can be used optimally.

The potato industry has been continuously increasing through the introduction of improved varieties, extensive mechanization and improved cultivation techniques and farm management. In order for the sector to maintain a sustainable growth and act in the dynamic market, the sector is actively looking to become more data driven, making decisions based on technological information and relying less on human expertise.

The Digital Worksite project develops a satellite-enabled solution to improve safety and efficiency for railway maintenance teams by tracking people, vehicles and equipment in real-time during worksites.

Origin Orbit™ is an advanced cloud based B2B software platform, revolutionizing gas and water pipeline management through satellite remote sensing, machine learning, and our integrity management expertise. The platform aims to offer faster, more cost-efficient, and environmentally conscious solutions in line with relevant regulatory and legislative requirements, vastly surpassing traditional survey and assessment methods.

The CORE “Carbon Organic Resilient Ethereal” project aims to create an index (SCENARIO Index - Soil Carbon ProtEctioN And RestoratIOn) to map and classify soils according to their capacity to store ethereal and resilient carbon to facilitate carbon farming initiatives and investments.

Satellite enabled smart autonomous micro-particulate analysis for real-time and remote water quality monitoring.

The STARS project aims to deliver a product consisting of the automation of real-time workout parameter registration during swimming workouts. Currently, there is no system available in open water swimming that allows for the real-time registration of both biomechanical and physiological parameters in a wearable and comfortable way.

Rural Tourism 5.0 (RT5.0) is a next generation travel planning ‘eco-algorithm’, designed to improve the  visitor experience, impact on the environment, and the economic output of rural tourist destinations.

SES5G prevents, detects and manages wildfires and illegal actions in forestall areas.

The solution relies on satellite observation, autonomous drones, advanced firefighting sensors, security gates with plate readers, mobile control rooms that, with Artificial intelligent algorithms that feed with geolocalized data stakeholders control rooms (Civil protections, Environment department, Public protection, … ).

90% of world trade goes by sea making it of great importance economically, strategically and environmentally but the maritime domain is vast and remote making persistent surveillance challenging. SiriusInsight® uses cutting edge artificial intelligence to analyse maritime data from multiple remote and autonomous sources in order to create actionable information for users about otherwise unobserved marine activity.

The CROP project is aiming to provide a steering tool for agricultural crop rotation. The principle is to offer dashboards to cooperatives and traders to take better decisions thanks to an AI model, satellite data, data projection and the implementation of a data space to characterize the situation at different levels (climate, soil, soil cover in intercropping, cultural practices, irrigation…).

VunaNexus uses a patented technology to transform human and livestock urine into two valuable products: a fertiliser free of all dangerous pollutants and water that can be reused, this while drastically reducing ammonia emissions and water pollution.

Information and entertainment at the right time, in the right place. A platform providing a series of geolocated interconnected virtual spaces, called ‘Arcades’: virtual spaces overlaid on reality, activated by GNSS, where users access images, films, text and sound, using a smartphone/iPad. Turning everyday locations into virtual cinemas, classrooms, music venues, galleries, information hubs or marketing billboards.

Ecosystems – CPV provides data and modelling capabilities for utilizing coastal ecosystems as vital green infrastructure for protecting critical assets, business activities and people along coastal zones. The solution provides quantitative data and flexible modelling approaches to the insurance and infrastructure sectors, facilitating the effective and sustainable use of coastal ecosystems for disaster risk reduction and climate adaptation.

Water quality forecasting to enable business & government to optimise usage & risk. We help multiple stakeholders collectively measure, monitor & forecast real time water quality to become resilient and adaptive to climate change

TRACTIONS addresses the need for water transparency information by the dredging market and primary production information by the aquaculture sector. TRACTIONS services include continuous local calibration and validation with proprietary optical sensors from the WISPstation network, and very high resolution imagery that is available multiple times and day. This project will study the feasibility of the TRACTIONS service.

The goal of the project “Space Acting for Decarbonisation (SA4D)” is to perform a feasibility study that will demonstrate the technical and economic viability of suitable satellite-based services for suggesting decarbonisation actions targeting agriculture, food production and building construction economic sectors.

The ReSeNO kickstart project introduces a trustworthy service to manage, optimise and reduce the use of fertilisers in agriculture. Precise nitrogen estimation will strengthen agricultural sustainable practices to preserve earth’s natural resources, maintain soil quality, reduce chemical use, and save energy. It will also increase the economic profitability of agriculture and secure healthier land, helping on the food demand.

N-base solution combines expertise in horticulture with advanced remote sensing technology and provides field maps for monitoring and optimization of nitrogen applications in apple orchards. This is how farmers gain actionable insights to facilitate precise and targeted nitrogen application.

Spotlite is an infrastructure monitoring system based on satellite imagery. It uses InSAR (Interferometric Synthetic Aperture Radar) data to assess structural stability and ground subsidence over transportation networks (road and rail infrastructure), including pavement and adjacent slopes.

SoilEO – Remote Soil Analysis. Generate fertility maps of your fields with a remote soil analysis.

The demonstration project is to validate and demonstrate the technology on real-life fields in real-life conditions in different countries. By using Remote Sensing and Hyperspectral spaceborne images processing one gets a visual and digital map of macronutrients: Mg, P2O5, K2O, Ca, Soil Organic Carbon and pH.
 

To achieve better efficiency and reliability in monitoring the operation of an agricultural farm, we decided to utilize the potential of combining benefits of IoT sensors together with data from Earth observation. We propose collecting reliable basic data like soil moisture, temperature, humidity and nutrient levels using sensor inputs as well as Earth observation indexes. Our platform handles collection of data, combining them and It’s processing in cloud environment also, all with mobile access and management. We focus on providing effective and reliable monitoring, reporting and alarming, incl. growth status and environmental factors for mandatory public disclosure.

The GEMS service uses space-based technology to detect and monitor air pollutants, including hotspots, using Copernicus EO data and algorithms. The service, designed for commercialization, aims to automate data processing, making emission control cost-effective and bridging the digital data access gap, a groundbreaking in emission monitoring.

Revolutionizing critical infrastructure protection and biomass monitoring with AI-powered drones. Leveraging cutting-edge technology to redefine security and efficiency in the energy sector. Welcome to the future of real-time surveillance and monitoring solutions.

Currently, surveys of floating weeds are carried out from boats or helicopters. The service supplies weekly maps and metrics of free-floating weeds using a combination of radar and optical images from ESA Sentinel satellites. Floating Weed Manager is a web service that offers customers across the globe a range of products supporting enhanced weed management programmes.

CRUISE intents is to design, develop and validate a CyberSec Test Range for UAS/RPAS. This technological framework combining ICT, EO and SATCOM, will be located in the Grottaglie Airport (Italy), a facility that experiments RPAS and studies the integration of UAS in non-segregated airspace. It will offer the overall assessment of vulnerability and resilience of UAS with respect to cyber-attacks.

Fourteen million flights are expected in 2035 in Europe. To increase airport capacity and efficiency, optimisation at every step must be carried on. GIP4SmartAirports projects aims at minimizing rotation time and smoothing real-time operations. Space technologies can be a valuable asset to support surveillance and safety, and help airport manager to maintain high quality and complete knowledge of their assets.

A real-time flood forecasting system has been developed and is operated at the computational centre of the Austrian national weather service GeoSphere Austria.

EFFORS brings together experts in the field of meteorology, hydrology, hydrodynamics and satellite communication. Within a coherent modelling chain, the EFFORS system couples the individual numerical models and provides relevant data about flood evolution on short time scales.

In this project, Space Norway, together with the Norwegian Coastal Administration (NCA), the European Maritime Safety Agency (EMSA) and Kongsberg Seatex (KSX), have enabled a platform for Maritime VHF communications services using VDE-SAT, targeting the services the International Maritime Organization (IMO) has defined in the Maritime Service Portfolio (MSP). The following three services were demonstrated:

• Ice chart distribution

• SAR coordination

• Mandatory Reporting System (MRS) information exchange

Instantly Networked Smart Triage (INST) is a novel service enabled by satellite communications that provides real-time data to emergency services to save lives in mass casualty incidents. INST is enabled by a low-cost lightweight device that can be associated with a casualty to indicate where they are, how urgently they require medical attention, and to report the number of casualties.

The project develops technically and financially feasible services that can assist stakeholders of the energy network sector in their work practices. Earth Observation data and Artificial Intelligence techniques are the key assets for developing services that can help improve performance, reduce costs and mitigate problems, which arise from the management, maintenance and operation of the energy network infrastructures.

MWS-A is a new weather nowcasting service for airports with high spatial and temporal resolution. The service combines real-time positions and predicted trajectory data of aircraft, and high resolution nowcasts of the motion and evolution of observed severe weather phenomena. Using these data the MWS-A service engine derives predictions of upcoming encounters of the weather phenomena and aircraft within up to 40 minutes time window in the future.

Awake.AI’s marine Marketplace with the power of AI for trading port services and products.

Unleashing the power of 5G connectivity at sea, the SeaWire DeepSea 5G LEO solution transforms maritime communication. This innovative solution combines terrestrial and non-terrestrial networks for unmatched speed, seamless transitions, and lower costs. Beyond solving current maritime challenges, it anticipates future needs, promising an improved quality of life at sea, smarter transportation, and a revolution in the maritime industry.

The main objective of PORT SENTINEL is to estimate the technical and economic feasibility of new relative services to the "Port of the Future" that can take advantage of “space-based” data. The Consortium is proposed to serve the market with instrument for the monitoring of seabed, and in particular harbour, integrating data of satellite navigation and surveys of the state of the seabed.

APPIDE is an AI-powered tool designed to increase the efficiency of thermographic inspections of photovoltaic plants. Using radiometric, RGB, and GPS data acquired from drones, APPIDE generates detailed reports in a matter of hours, identifying exactly where and what the performance problems are on solar sites. Our AI-based solution drastically reduces the inspection times by human inspection and increases the reliability of reports. Overall, APPIDE allows you to make more inspections with fewer human resources, maximising the return on investment of your drones and your business.

Development of a solution for scalable, crowd-sourced seafloor mapping to support the fishing industry with better nautical charts.

The Smart Nurse Assistant project introduces an innovative solution to automate repetitive tasks in
healthcare. It will provide an unmanned medical equipment delivery robot service to effectively lower the
pressure on the nurses and other healthcare personnel by taking over some of the time-consuming tasks of
delivering items and equipment between hospital departments, nursing homes and similar healthcare
institutions.

The Real Estate value chain is currently unable to tap into and utilize the efficiency potentials inherent in the urban built environment. Many office buildings are underutilized – void periods are often long and costly. CUES provides stakeholders in real estate with a surface to visualize and understand and improve asset utilization.

IBISA is a pioneering global climate insur-tech that shields businesses and communities against the impacts of climate change. Using satellite data, we measure weather conditions to design and operate cost-efficient, scalable insurance solutions.

Through partnerships with local, global insurers and distribution channels, IBISA creates tailored insurance products that are easy to understand, transparent, affordable and provide rapid payouts. Our innovative use of satellite imagery and actuarial tools results in robust insurance products that cater to real-world needs.

The main objectives of the Space for UAM Feasibility Study is to carry out an in-depth analysis on the technical feasibility and economic viability of space-based services and solutions in support of the development and/or operations of UAM for use cases of interest to the user communities, and/or its integration into the air traffic.

This study investigated the feasibility of using Synthetic Aperture Radar (SAR) images to assess the roughness, as a proxy of quality, of roads in the Flanders region (Belgium). Road authorities could benefit from this solution as follows: (i) The need for (expensive) manual inspection decreases, and (ii), this provides a high-level objectivized overview of road quality in their operating area.

“Hand for U” is an application that allows People in Need and Volunteers to easily contact each other and respectively, express their needs and offer their help on behalf of the Volunteering Organisations. “Hand for U”  aims to create a safe space for People in Need and Volunteers to self-organise and create an empathetic community.

RESIST provides worldwide coverage for detecting GNSS Spoofers and Jammers anywhere over the Earth’s surface. The system relies on the CMCU, Central Machine learning Computation Unit and ground and space recorded data.

The service provides forecasts of essential water availability and water demand information for water managers. It contributes in creating an essential window of opportunity for end users to timely anticipate, take the right measures and minimise the impact of future events, either droughts or floods.

VARESAS is a solution to support rescue teams during crises. With the usage of data integration from many sources and the integrated Augmented Reality, Artificial Intelligence and Machine Learning functionalities, teams are able to manage and organize rescue operations more effectively.

DigiFarm develops deep neural network models for automatically detecting the highest accurate field boundaries and seeded acres worldwide, through our model for deeply resolving Sentinel-2 from 10m to 1m resolution. This reduces both the cost and time of current manual digitisation by over 95%.

FARMEX” is the adapted version of the original Farmstar service, developed and operated in France by Airbus since 2005. As the leading Precision Agriculture service based on EO in France, Farmstar helps farmers in optimizing the nitrogen inputs in their fields, not only to comply with regulations but also to steamline their operating costs.
 

The INVENTA Demo Project implements innovative services able to increase the fruition, accessibility and sustainability of historical/cultural sites through the integration of Virtual & Augmented Reality with Satellite Navigation and Earth Observation. The service will be based on an innovative mobile App leveraging SatCom technologies and the 5G network.

The consortium provides a web-based platform that allows users to get actionable property level flood hazard insights at “the push of a button” combining existing flood data, meteorological data and archived as well as current satellite images. The service is accessible to non-experts, providing flood hazard maps and alerts tailored to the needs of the clients in the real estate domain, and can be scaled to wide geographical areas.

For the detections of water leaks, Earth-Observation can play a fundamental role. By boarding on General Aviation Aircrafts Thermographic, Optical and Synthetic Aperture Radars sensor, and crossing their high-resolution outcomes with satellite interferometric data analyses, sub-surface phenomena may be investigated, understanding how water distributes across the networks of urban environments allowing to potentially address water losses location.

GridEyeS supports electricity transmission and distribution by providing situational awareness regarding vegetation near power lines faster, cheaper, and with less CO2 footprint through Space-level Artificial Intelligence. It leads to safer and more reliable operation of the electric grid.

SmartCane helps sugarcane estates and farmers in Mozambique boost productivity and crop yields through remote sensing derived crop and management advice sent via SMS messages and phone-friendly pdf maps. These messages address actionable advice and support in decision-making and resource management, promoting sustainable practices and problem-solving within cooperatives. Estates and farmers can now make informed decisions based on real-time data for maximum impact.

EARTHSCAN is a Real-Time Healthcare System (RTHS) for detecting and diagnosing polyps during colonoscopy using cloud computing accessed via satellites.

PSVE (Port Stockpile Volume Estimation) is a product DBX is developing within the ESA BASS programme; the PSVE module aims to collect and harmonise global, highly fragmented, dry-bulk commodities data in near real-time, by applying state of the art machine learning classification algorithms and establishing a strong correlation between market trends and the localization of dry bulk stockpiles.

UpGreen helps cities to realize more effective urban green policies. It is based on actionable insights on the actual and future state of urban green as well as on the greenery vision model proposition, enabling strategic decision-making, and identification of the most effective urban green projects and policies.

CoCuRA uses machine learning to automatically detect cotton fields on satellite imagery and remotely classify these fields based on their environmental impact.

SmartMetRoadMap is focused on updating a platform dedicated to the provision of tailored services for the operational management of meteorological risks on roads.

The updated platform is based on an AI-driven fusion of high-resolution NWP output and heterogeneous measurements captured in real-time, possibly also via 5G, and is specifically designed to make the most of satellite weather monitoring data.

AI-enabled services for private companies responsible for roads surveillance and monitoring, for Municipalities responsible for safety and comfort aspects towards the roads’ users but, at the same time, also needing to safeguard the municipality cash balance.

MALIBU leverages on the most up to date technologies (from satellites to AI) to provide users with agile, flexible, effective and economically advantageous solutions for road defects detection, both through an own web platform, or to be integrated in already available user’s systems (e.g., GIS).

The MALIBU on-board unit, thought and designed for the monitoring of asphalt’ s defects, can be installed on cars, vans or, for the mapping of a large part of the urban road fabric, on local buses fleet; that means an adaptive and functional solution that can provide an overall view and always updated status information of roads travelled daily by equipped vehicles.

All the information can be easily consulted on a web platform intended both as content management, for the management of statistical data and reports, and for data visualization for consulting the information directly on the map

In addition to the defects’ detection service, also a set of other sub-services is provided.

Autonomous driving requires precise and reliable position information. ANavS develops in the project MUSE an Integrated Sensor Platform (ISP) which includes 3 GNSS receivers, an IMU, two cameras, a Lidar and a powerful sensor fusion for precise positioning.

Aquafarm brings together satellite data and Soil-Plant-Air models to provide operational services to Farmers service providers as well as national institutions related with crop development and forecast. 

From planning to monitoring: the exploitation of satellite technologies in urban and rural microgrid life cycle.

Ad Astra is a project by Astrosat is to assess the technical and commercial feasibility of space services being provided to user organisations without a pay-wall, funded by advertising revenue, specifically global brand Corporate Social Responsibility (CSR) budgets.

VerifEye enables producers, processors and retailers deliver the proof required by consumers in relation to provenance and other claims.

GALILEARN Project foresees the acquisition, development and consolidation of skills and knowledge, both technical and scientific, with particular reference to Space and Earth Observation, using tools and methods that combine education and entertainment.

Autocali aims to automate the recalibration of irrigation models without user interference or additional hardware. By analyzing satellite images for soil moisture signals, the system detects deviations from existing irrigation models and readjusts them accordingly.

The aim of the project is to detect and Track the Plastic litter at sea.

The SarSentry project in Para demonstrates the complementary value of the SarSentry deforestation and forest degradation system to the existing forest monitoring system of the Secretariat for Environment and Sustainability of the State Pará in Brazil (SEMAS). Demonstrations have been provided for 3 pilot themes/trials: Nature conservation, Forest plantations and selective logging, and Agricultural areas.

The project has been conducted by SarVision and Wageningen University and Research.

PREMIA project aims to fill the gap currently existing between satellite Earth Observation and the agro insurance market by providing an innovative and integrated end-to-end platform.

FLARE is an easy-to-use software analytics platform that provides earth observation data and analyses derived from it in a geospatial context. It offers governmental data and data intelligence that are directly accessible, making it possible to conduct feasibility studies, plan renewable energy opportunities faster, and assess suitability by looking beyond the solar and wind resources. FLARE is valuable for those looking to find and share renewable energy land opportunities with energy developers.

Proteus builds on the success of the SEDDCR project and introduces a significantly increased operating area by leveraging novel space technology such as Iridium NEXT. Integrating with the NHS Highlands, Skyports is delivering to six medical facilities where drone deliveries facilitated by space technology has the potential to significantly enhance patient care. 

The Anywhere Care Mobile Alarm Service using GNSS assets will enable vulnerable people to be continuously monitored wherever they may be, creating both automatic and user generated alerts for action by Social Care and family carers. This will facilitate a step change in the deployment of social care teams and improve outcomes for recipients.

The objective of this demonstration project was the analysis of satellite data to create standardized indicators of economic activity, from the study of key sectors of the economy.

GAINS is an “alternative data” platform for the Financial Services industry providing near-real time activity and leading-indicator production indices for a range of industrial supply chains such as iron ore and steel, and in future other metals, minerals and materials.

GAINS provides historic and near-real-time insights on the activity and production levels at hundreds of industrial sites worldwide on a daily or weekly basis, at a scale not previously possible, by harnessing AI-enabled remote sensing data fusion.

The project aims to establish a service leveraging Earth Observation data and Machine Learning techniques to support the news industry with measurable, testable, and independent satellite-derived information.

The aim of PLATIN is to develop a satcom-enabled platform to support flight operations in real-time (aircraft manufacturers’ flight tests, science flights, UAV surveillance flights). This service is a major evolution of the already existing PLANET service. Innovations in PLATIN are focusing on the integration of a new generation of Satcom (Iridium Certus) allowing new applicative services such as video/high-resolution images transmission or bulk telemetry thanks to higher throughputs.

We want to utilize mobile robots for performing two distinct services simultaneously: 1) Creating or refining the precision of GNSS-based GIS maps of sidewalks using our mobile robots for data collection via adequate sensors/cameras. 2) Collect data on the quality of the sidewalks using accelerometers already in the robot, coupled with an AI camera for visual confirmation.

The project involved developing a pilot system for using satellite imagery from the EU Copernicus programme to monitor forests in the Halo Verde Project (Timor-Leste) to assess the carbon sequestration potential through biomass growth. The output of the system was used to document, assess and verify whether monitored forest plots grew as described in the carbon credit project model specification.

Say goodbye to traditional physiotherapy and hello to a revolutionary new way of recovery with KINFINITY's simBa! This digital physiotherapy assistant takes the hassle out of rehabilitation and makes every step of the journey enjoyable. With simBa, you'll have a virtual physiotherapist by your side wherever you go, making it easy to stay on top of your exercises and get back to your best self. So why wait? Put on simBa, work through your exercises, and feel the difference today!

DELPHI IMM is developing a service to estimate GHG removal from afforestation projects using remote sensing. The service is aimed to provide insights on carbon storage in vegetation for all entities along the carbon offsetting value chain and present the results in an appealing user-interface including maps, time-series, and reports.

CACHE Net Zero is focused on the development and commercial deployment of a subscription-based service, aimed at Maritime Port Authorities, Port Operators and Shipping Operators. The service informs and contributes to port and shipping operation environmental sustainability and energy efficiency, leveraging access to satellite data sources, while also responding to the linked concerns about air pollution and progression towards net zero emissions in maritime ports and harbours. CACHE Net Zero data intelligence inform Port de-carbonisation and pathway towards Net Zero.

Soil is critical in combating climate change. It can capture carbon from the atmosphere and store it in the soil while growing food. Carbon farming requires continuous measurement of Soil Organic Carbon (SOC) and rewarding farmers for positive change. Now, how to measure SOC on a regular basis at cost and scale? Because “if we can't Measure it, we can't Manage it”.

In the era of access to huge data resources, advanced analysis and data-to-information processing are essential in the decision-making process. SBWS in the form of friendly web portal, provides advanced analytical tools and a structured data repository, designed to support environmental monitoring using remote sensing data.

NetCarbon revolutionises global carbon sequestration measurement through our Carbon Intelligence Platform, which utilises satellite data to help Cities measure their carbon storage, plan improvements, and manage implementation. Our technology meets the dual challenge of contributing to carbon neutrality while respecting regulatory constraints to fight climate change, together.

Steadycast is an advanced solar forecasting platform for optimizing solar energy integration into power systems and electricity markets. Based on Physics-AI Hybrid modeling and fusion of heterogeneous geospatial data like Earth Observation (EO), it provides worldwide top quality real time and historical forecast data via API. Tailored web visualization tools are also available to better support decision making from planning to operations.

IMMAGINA is a digital platform including software modules, surveillance devices, satellite systems and 5G components that combine detection and monitoring functions with the most modern tools for Control Room and Operation Centres. It offers the most complete range of imaging and image-based analysis services to government and private law enforcement agencies.

Adaptix are Transforming Diagnostic Imaging by bringing low-cost, low-dose mobile 3D imaging to patients.  Today, common conditions such as fractures, cancer and lung disease are initially assessed by 2D X-ray which gives a fundamentally limited view of our 3D bodies. The products being developed in this project will deliver fast, accurate 3D imaging to these patients.

This Business Applications Feasibility Study aims at assessing the technical feasibility and economic viability of space-based services and solutions in the area of digital health, for instance storing and managing health data on people’s existing computers or mobile phones. supporting health infrastructure in developing economies, with focus in Africa and India.

This project followed a successful Feasibility Study in improving the GEOSATIS EM system/service, based on a next-generation GNSS bracelet, satellite communication/imagery; to enhance the current electronic monitoring system to a level where Geosatis has an edge over its competitors in terms of; communication, proximity, detail, signal broadcasting, bandwidth, and device use in a larger geographical area with limited. communication signals. 
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Data integration and predictive analytics service for rail freight in the UK. The Ovinto unique, complementary software platform will help and feed the existing software infrastructure for different users and customers, connecting any relevant internal & external data source to make software modules/silos extremely flexible through collaboration, data exchange and integration.
https://business.esa.int/projects and search results.

The “Alizeti” project was designed to help smallholder farmers growing high-value crops in Kenya to produce better harvests and to sell them more efficiently to the organisations who further process and sell them. Four pilot clients in the project were provided with custom-built dashboards on the agriBORA platform based on in-situ and remotely sensed data.
 

Project FOCUS seeks to prove the viability of funding the application of a new regenerative farming standard in African smallholder coffee farming through the voluntary carbon markets. The sequestration of atmospheric carbon will generate a new source of income from carbon credits, remotely monitored and verified through the application of satellite imagery and advanced data analytics.

Telecense allows Companies, Authorities, International Organizations and Labs to assess and anticipate population growth and migration in emerging countries.

Diginove has developed earth observation algorithms and demographic models in order to build Telecense, a service that provides geo-localized population estimation where censuses are unavailable or outdated.

FlexCurb CurbX evaluates the technical and commercial feasibility of an app for cities to digitize curb assets and regulations more easily in cities. By using augmented reality and postprocessing with Earth Observation the app enables highly accurate and standardized curb data generation.

Energy sustainability on Earth and on the Moon? Yes! GeoStorage is investigating the use of energy storage in different geologic formations, such as caverns, depleted oil and gas reservoirs, and abandoned mines for strategic and large-scale applications in national energy grids. The project is aiming to secure renewable energy base load and improve their interoperability with other energy sources.

3E Project Development solution provides accurate and bankable satellite-based solar irradiation data for solar power modelling: 3E Solar Irradiation Data. It is your go-to application to assess the long-term yield of future solar assets, improve the return on investment and evaluate operational plant performance.

With ESA’s support, DryGro has launched a pilot high-protein crop system in Kenya. By applying earth observation and terrestrial data to the growth system, DryGro’s technology mitigates many of the factors which are currently limiting agricultural productivity. We have partnered with RHEATECH, Hyper Collective, and BuildX to delivery this breakthrough in sustainable agriculture.

One of our cities' challenges is to design integrated urban environments that balance between growth ambitions, an increasing population and climate emergency, and at the same time introducing new standards for green growth, biodiversity, inclusion and quality of life. The GreenUP project aims to shed light on how satellite technology can be transformed into flexible and user-relevant tools to support local authorities and other stakeholders involved in the development of sustainable urban environments.

No GSM coverage? You are on a plane or ship and you need to receive an important call or to make an important call? No problem: with oneTcall you can continue to use your mobile phone and your telephone number without changing your user experience and without any limitation.

Thanks to Satellite you can have IP coverage everywhere in the World and also in Mobility. With OneTCall + IP via Satellite you can have also your Mobile Phone working and keep using your telephone number.

Easy for the customer. No additional infrastructure required for the Operator.

OneTCall is perfect to provide seamless voice coverage also on board of Airplanes and Ships.

OneTcall is a patented service.

GIADA exploits gravity field observations, mainly derived from GOCE mission, with others in situ data to build a 3D model of the Earth crust at regional scale. The service results help oil & gas and mining companies in the preliminary exploration activities to identify regions with high potential in terms of natural resources exploitation.

Other industries which can take benefit from the service results are mining companies, or more in general companies requiring a good knowledge of the geological setting at regional scale for resource exploitation purposes.

Development of a standalone drone tracking service capable of transmitting its position over 4G network during normal flight, addressing drone flight regulations. In case of a crash, the drone will use satellite IoT connectivity to send its latest known position.

Using civil aircraft to create constellations for providing high spatial & temporal Earth observation data and telecommunication services; a most ecological constellation re-using the most reliable platform.

SequOIA-CAM offers an end-to-end biological carbon accounting, vegetation monitoring and carbon stocks sequestration rate simulation service for sustainable cities, regions, forest owners, and forest-related companies. SequOIA-CAM leverages the unique capabilities of Satellite-based Earth Observation (EO) that provides the necessary high spatial and temporal resolution and cost-effective monitoring capacity to ensure that nature-based solutions are implemented correctly and to ensure accurate quantification of carbon stocks in forests.

OWASIS Water Auditing demonstration project made suitable for implementation in South Africa, Colombia and the Netherlands based on data availability and user needs.

“The fence no longer defines the perimeter.” Exponential increase in capability and reduction in cost has made drones a truly disruptive technology. Their capabilities may be leveraged for significantly improved surveillance and data collection but that also
represent a significant and evolving threat. DroSecMa leverages the capabilities of drones while providing real-time threat mitigation.

EOLO aims to provide the corn growers with an agritech cloud-based platform which allows to save water and energy by predicting the optimal water needs, monitoring the crop health through the use of vegetational indexes and controlling the irrigation system remotely. These features are implemented by leveraging both EO and on-ground sensors data and by fusing them with machine learning algorithms.

SoilSignal provides an accurate, scalable and reliable decision support tool for farmers, for soil health management including irrigation management and fertiliser management. Using Earth Observation data and Machine Learning/AI, SoilSignal, powered by Deep Planet’s AI platform, predicts soil health properties at 90% accuracy.

MoSCI-ECOSPACE is a service tool to assess the condition of ecosystems – like beaches, dunes or controlled flood plains – and man-made structures – like seawalls or dikes – in coastal territories and inform decision-making in case of ill-condition, damage or destruction, based on products derived from earth- and airborne- observing systems.

Autonomous drone services help to defend different CBRNe threats.

SyriUS develops innovative data services for bathymetric mapping and seafloor characterization. Currently, these data are often outdated or unavailable for very shallow waters. SyriUS combines proven earth observation (EO) technology [EOMAP] with uncrewed maritime systems (UMS) [Maritime Robotics]. The created data products provide time- and cost-effective large area coverage with calibration and validation of EO data by UMS data.

In this truly European project, an innovative railway track worker protection system will be evaluated for its reliability and its ability to enhance the safety of railway track workers. The goal is to demonstrate the safety capabilities of the track worker protection system in a real environment, integrated into the challenging infrastructure of a railway operator in Italy.

Satellite Broker - Easy Access to Any Satellite Service.

With this project BOREAL aims to demonstrate that using a SATCOM link for real time images transmission can enhance the range of surveillance operations of the drone BOREAL ISR beyond the current 60km due to classical radio link constraints. Thanks to the endurance of the BOREAL drone system, a range of up to 300km is envisaged.

Development of VDES satellite network roaming, VDES-based maritime IoT services, and maritime DSC distress alert detection for effective search and rescue.

Astrosat are combining EO and ground-based data to create newly-derived satellite data products, as well as enhancing and adapting innovative datasets from earlier projects such as Isolation+ (Social Isolation Index) and ThermCERT (Fuel Poverty), to generate new insights and inform health-inequality root-cause analysis.

MOE-CS is a service dedicated to monitoring carbon stocks and fluxes related to land use and cover changes, based on both local annual estimates and land cover dynamics. The service also offers a focus on favourable agricultural practices, additional carbon potential and related co-benefits.

Fauna Smart Technologies is developing a whole new process in farming to deliver a cornerstone tool called “Increase Your Sequestration”: InYouSeq. It is based on satellite data measurements in order to help farmers monitor and improve CO2 sequestration capacity in horticulture i.e. orchards and vineyards.

Space Augmented UAM aims to determine the feasibility of a “Space Augmented” service enabling cities and regions to conduct U-Space integration assessment utilizing economic, technical and environmental simulations for predictive assessment considering the individuality of each city to generate a self-sustainable Urban Air Mobility ecosystem.

Optimizing mill revenue by improving harvest logistics and fertilizer management.

Automotive electrification will change the way energy is produced and consumed across the globe due to the resulting increase in local capacity of mobile battery storage.

The Human Switch enables increased update and utilisation of EV technology along with improved load balancing to support increased utilisation of renewables, helping to improve air pollution and CO2 issues.

The transition from fossil fuel to Electric Vehicles (EVs) will have a seismic impact in the utility, automotive and oil and gas markets as petroleum supply and infrastructure is replaced with power supply and storage.  

Recent research has modelled the scale of these potential revenues, combining both the need for storage and V2G capabilities, where many EV owners can be aggregated into one, and their energy loads traded on the power exchanges.  

Human Switch will offer two services; Human Switch Transition and Live Service:

EV8 Switch – EV8 Switch helps consumers and fleet managers make the right decisions about going electric, simplifying the process by analysing actual driving behaviour and needs. We know that range anxiety, cost savings, carbon footprint and operational compromise are common concerns, EV8 Switch uses real world data to help consumers decide if owning an electric vehicle will suit their needs.

EV8 Live – Ev8 Live will harness the potential for electric vehicles to become a central component in the energy system, helping customers make and save money through vehicle charging.

The World’s First Intelligent Tracking- & IoT-solution – Through 2-way direct satellite communication. No more manual tracking and logistics - our systems handles automated tracking & logistics, via direct 2-way satellite communication - anywhere on the planet!

The U-space2 study aims to identify and analyse the technical and economic feasibility of an Advanced and Specialized Traffic Information Service (A/S-TIS) exploiting space services such as SATNAV, SATEO, SATCOM, METEOSAT and ground services (5G) in support of UAM. The expected result is a A/S-TIS preliminary mock-up of the, its service and system architecture design, its development and business plan.

Urban green spaces (UGS) such as parks, gardens, playgrounds and vegetation play a viable role in supporting the well-being, health and social cohesion of residents by offering space for recreation and relaxation. The AERIUS-EO project aims at supporting city authorities in sustainably maintaining UGS functionalities and should derive planning measures to ensure their resilience against the challenges of a changing climate.

HeReMo supports the healthcare community to deal with the coronavirus outbreak, with special attention to the growing number of citizens affected by chronic conditions and comorbidities. It reshapes the management of patients, with a personalised healthcare delivery, whose chronic conditions could overload healthcare system during pandemic crisis without overlooking patients’ needs and frailties, even more in areas where terrestrial communications are insufficient. The solution has also benefits for other clinical applications.

FATE develops a digital ecosystem to preserve and disseminate cultural heritage sites, realizing an open, participatory and interactive marketplace platform, using best of breed innovative technologies and smart interconnections between service providers, merchants, customers, users and stakeholders, realized on a cloud-based AI supported virtual platform that store, share, manage and maintain historical sites digital twins and related metadata.

“Space For Children” is an innovative medical edutainment experience, based on Interactive Reality solution and playable by smartphones and tablets with iOS and Android operating systems, that give doctors and professionals the opportunity to analyze the emotional needs and the psychological support  to be offered to children and the family community.

Have you ever had environmental considerations while on vacations? Most travellers are keen on preserving the area they are visiting but very few have reliable information on the actual environmental situation. Within this project the use of Earth Observation data is assessed to quantify the environmental situation and deliver this information in a simple way to all tourism stakeholders.

Earth Rover is developing an autonomous crop scouting and concentrated light weeding farm rover with an integrated Farm Intelligence System to allow for the gathering and analysis of real-time data.

Our company is targeting the high-value vegetable market and it is currently developing innovative technologies to provide prototypes of the farm rover to commercial organic farmers.

Earth Rover’s key benefit is to help growers increase their yields while reducing their costs.

SATWORK is a tool able to monitor the health status of workers and to mitigate health risks but, as well as to help companies to define a new internal “welfare”. In the context of COVID-19, the solution is compliant with a reasonable social distancing and with the privacy needs of workers.

Enabling the Smart Green Cities of the future by providing a dashboard of the health, extent and impact of the cities urban green.

The objectives of this project are firstly the improvement in developing vulnerability analysis using spatial data along with the development of a world-wide rainfall assessment in real-time. This is done via several   al-gorithms that correlate infrared satellite images to obtain an operational flood risk management base. The data can be used by competent or-ganizations to ensure real-time crisis management.

In the Space for Buildings study, ACS will investigate the usefulness of satellite pollution data in combination with a 5g connection, for reducing pollution in buildings. In particular particulate matter(<2.5um). The Tropomi and CAMS projects will be used in combination with a local sensor, to supply the already existing Climatics building management platform of data. Which can then adapt its control loops to the local pollution outside air.

Self-learning and AI-powered Atmosphere and Energy Forecasting System using Earth Observation Data, Machine Learning technology, and High-Performance Computing. SEED is tailored to the needs of Indian renewable operators in terms of optimizing solar farm’s operations and maintenance scheduling based on weather and predictive insights generated by the SEED system. It can be adapted to other regions as well.

Enacted at the request of members of the UK food supply chain, ForestMind is a two year project with 10 partners who are focused on enabling commodity sourcing organisations to understand and act on deforestation risks in supply chains globally.

The project aims to establish a service leveraging on big data from satellite and ground data to support migration management and prevention.

SatNetMonitor is a vegetation management and infrastructure risk detection service for electricity network companies. Disaster management service module is offered to Distribution Service Operators (DSO).

The world’s lightest weather sonde, the StreamSonde, is launched from balloon, airplane, drone or UAV and carried around by natural winds. It records winds at higher accuracy and in greater detail than ever before by using GNSS technology and IMU sensors. It also records a large number of weather parameters with multiple sensors. In this project, its benefits for storm and routine weather measurements was demonstrated, along with user benefits of obtaining better weather forecasts.

SenTAct from Epic Blue gives you all the tools you need to keep your people safe and your operations efficient. SenTAct is a field team tactical awareness which ensures that teams in the field have the information they need for the local context. The embedded Artificial Intelligence engine locates your staff and assets, alerts on hazardous events, and generates mission intelligence. 

LifeLoS is a new patient management and monitoring solution that can be used by any hospital or home care service to track and trace ‘free-to-move’ patients and other relevant people in indoor and outdoor spaces, reacting quickly to possible incidents or lost patients, and to dynamically plan new safe paths in case adverse events happen both indoor and outdoor.

WaterSentinel aims at providing satellite-powered water quality monitoring tools relevant for Environmental, Social and Governance (ESG) assessments as well as broader environmental monitoring applications.

Its falls within a broader goal of promoting the use of space data for sustainable finance decisions.

Europe requires clean, independent energy sources now more than ever. EPOS is a software-as-a-service solution that provides energy planning in buildings and cities. It combines state-of-the-art energy modelling with Earth Observation data, enabling engineers and decision makers to ideate, analyse the current situation, and create diverse supply concepts. All necessary data is provided in one place, and AI decision support algorithms are included to make the energy transformation process more efficient.

PALETTE is a technology and platform that uses satellite data to produce synthetic cloud-free images and deliver unique value to the earth observation industry and other industries. By combining satellite constellations, PALETTE can provide users with access to continuous, up-to-date imagery and simplify the data acquisition process.

Personalised Space Technology Exercise Platform (P-STEP) is an innovative solution that will deliver and monitor personalised exercise advice to patients living with long-term health conditions (LTC). The platform in the form of a smartphone application will facilitate physical activity behaviours change by combining personalised disease-specific exercise advice and self-monitoring with real-time environmental data.

RESUCI – DEMO is focused on the implementation of pre-operational services that aim at improving recurrent daily operations of critical infrastructures’ managers, including energy operators and forest managers.

For this, two services have been implemented using Earth Observation (EO) imagery:

• Service 1: Right of way monitoring for obstacles and activity detection – standing as an alternative to traditional methods of characterizing and monitoring the rights-of-ways of linear networks, this EO based service provides faster updated characterization of the land use, when compared to traditional methods

• Service 2: Field maintenance operations management and control - this service fills a gap and stands a high value management tool that prevents the need for common monitoring approaches, typically by deployment of field teams. Also, this service is designed to be provided continuously, providing users with up-to-date information on the status of the maintenance tasks

S-EDGE is a demonstration project aims to contribute with innovative services to manage public security (Law Enforcement) through a solution, based on the use of Drones, which integrates new 5G broadband connectivity together with satellite technologies.

The service is conceived to support law enforcement operations for preventing and detecting crime and/or dangerous situations for the citizens, thanks to the provision of a Drone-based surveillance solution.

SNOWtoWATER service provides high resolution and accurate snow water equivalent and snow cover data. SNOWtoWATER makes use of innovative A.I. algorithms fed by remote sensing data and quantitative sitespecific analysis, providing results through a digital platform.

The project comprises two activity streams:

• Weather over AIS, which aims to extract weather information from vessels that use AIS to improve weather forecasting in areas where this information is scarce. 

• AIS and Synthetic Aperture Radar (SAR) data fusion, which enables the creation of a service for detecting “dark” vessels, creating a wide-area situational awareness solution for public entities.

The availability of qualitative data is crucial for the automation of ports. The automation process is often hampered by data streams that are incorrect, have insufficient resolution or are incomplete. This service will provide verified and improved AIS data based on space assets.

eOdyn SeaWaze Offshore Demo Project sought to develop a service called SeaOps by eOdyn. It is a new decision support tool to boost marine operations efficiency while supporting risk mitigation and cost reduction. This tool has been developed within the SeaWaze Offshore Demo Project. The pledge is to avoid unnecessary ocean currents and sea-state related weather down times, from bidding phase to execution.

SOILRISK is a high-resolution Predictive Model Application for Landslides that gathers atmospheric and environmental data and converts it into valuable intelligence in order to forecast landslide occurrence and provide a warning system for prevention.
SOILRISK is based on an innovative Machine Learning approach and a proprietary early-warning algorithm, using more than 20 conditioning factors dynamically.

By leveraging satellite communications and geo-positioning, the ITS (Intelligent Transportation System) Equant consortium aims to make Valerann’s technology more scalable and capable in roads where there is limited cellular connectivity. In doing so, the consortium will make the benefits of active traffic management available to all roads.

The GIP 4 Smart Airports solution provides all actors of airport ground operations (e.g. airlines, airport, handlers) with better, accurate, real-time information about ongoing turnaround operations. GIP 4 Smart Airports offers a non-intrusive, bird-eye view of airport activities, without intruding and disrupting current working practices of airport teams, while making real-time information available to everyone.

Extraction of Snow Water Equivalent through satellite data for hydropower energy production and trading optimization.

SEOS is an initiative led by Ecometrica to advance applications of Earth Observation in Scotland aiming to increase the consistency, continuity, extent and usefulness of geospatial content through the provision of services that address environment and land management challenges faced by a number of Scottish public and private organisations. Global Surface Intelligence is a project partner, providing advanced satellite data processing.

How much water is flowing in the river? What is the water level in the reservoir?

The answer to these questions is not always easy to find, especially on ungauged rivers and on reservoirs managed by third parties. WatAspace answers these questions by using satellite data, without the need of in-situ sensors

Unibap demonstrated the SpaceCloud-as-a-Service (SCaaS) business model and SpaceCloud ecosystem which brings edge, cloud, and storage capabilities with flexible analytics to satellites. SpaceCloud enables low latency, high value actionable information, better optimized and managed downlink bandwidth, and increased satellite utility. This benefits many different business verticals such as precision agriculture, crisis and disaster management, civil and defence security and environment preservation.

A cloud-based solution for the transport and logistics industry that provides 5G and Satellite Communication integrated connectivity enabling continuous vehicle telemetry monitoring with data assurance and analytics.

AMOR provides Public Institutions and Visitors with specific services for Cultural Heritage Safeguard and Fruition.

The Safeguard services (derived by satellite EO, UAV systems and GPR technologies)provide information and actionable data about the conservation status of historical monuments. The Fruition services (supported by 5G connectivity) offer to the CH Visitors an Augmented/Mixed Reality experiences via the dedicated mobile-App which is directly accessible through their mobile devices.

This Satellites for Digitalisation of Railways (SODOR) project will deliver pilot demonstrations of improved network connectivity for train monitoring and passenger broadband. The project aims to demonstrate how new constellations of communication satellites can seamlessly fill gaps in terrestrial coverage and provide additional capacity to improve safety and provide travellers with better connectivity.

CyStellar TerraRisk RE is a data analytics platform, designed to deliver real-time geospatial insights and intelligence into risk and underwriting, reserving and rate making, insurance portfolio optimization and claim assessment processes.

To make existing buildings more environmentally and socially sustainable, we need to know how efficiently they work with energy. Energy auditing is used for this purpose. It determines a building’s energy performance and identifies energy-saving opportunities.

The key component to energy auditing is climate data.
Outdoor temperatures are used to assess the energy performance of heating systems.
Solar radiation is used to assess the energy performance of photovoltaic systems.

The availability and accuracy of these data are crucial.

Using MeteoInsight, there is no need to use data from distant weather stations and waste time manually processing the data.

YieldOptimizer is a new service which is able to predict high, medium, or low potential yield areas and areas subject to high, medium or low water stress, based on the use of satellite data.

This new feature opens the doors toward efficient monitoring and better crop management for all those farmers who want to be part of a new Agritech world and optimize their benefits with a better understanding of the fields.

Human safety is a critical factor that defines the iGRC (intristic Ground Risk Class) of the Unmanned Aircraft Systems operations. The HOPE project aims to integrate various source data, including satellite data (SatEO), to forecast human mobility over time, with the help of artificial intelligence and provide the derived information to operators&authorities.

Finding Intelligent Environment-led Data (FiELD) initiative delivers a cooperative framework in rural hubs to facilitate implementation of space data by end users through the “citizen science” concept. The range of services is built around the principles of consolidation, facilitation, education and innovation of appropriate earth observation (EO) data, to enhance local authority and citizen decision-making. 

LOOP solution provides a worldwide observatory of air quality, weather conditions, and environmental/regional insights for supporting implementation of air quality policies and decision making for land spatial management, to reach low environmental impact.

BirdsEyeView is a B2B InsurTech. Specifically, BirdsEyeView operates as a Managing General Agent (MGA), using meteorological data from satellites to structure and sell innovative parametric weather insurance products.

Specifically, BirdsEyeView sells a parametric weather insurance product to businesses to protect them against the financial damages caused by excess rainfall events. This product is delivered on BirdsEyeView’s proprietary online algorithmic underwriting engine called RAPTOR™.

GeoAI_Watloss - Location of leaks in water supply networks using artificial intelligence algorithms based on satellite and aerial imagery and GNSS positioning. The aim of the project is to build a product supporting the process of locating water leaks in water supply networks by improving the procedure of their detection.

INSURE aims to provide an extensive set of services to any company involved in the decommissioning of their oil and gas operation, as well as photovoltaic, wind and green energies offshore and onshore platforms. INSURE service implements a set of functional blocks for the monitoring of the environment, the platform status and support the management of the platforms off-shore during all the phases of activity through an advanced telecommunication system.

An easy-to-use service for detecting roofs suitable for solar panel installation. The service provides information about roof measurements, pitch, orientation, and potential solar energy production.

Profumo proposes novel weather-based services for the Mediterranean navigation with the aim of granting fuel saving, pollution reduction and improving safety for passengers, crew, goods and ships’ instruments.

The idea is to establish a cooperative schema (between commercial vessels) where meteo-marine data is collected from standard and non-standard on-board instrumentation.

Acquired data is used in the Profumo service center to produce reliable high resolution meteo-marine forecasts and nearly real time information, allowing the provision of helpful route optimization and navigation services also in a complex and constrained basin as the Mediterranean one.

To satisfy the demand of commercial customers, Profumo has conceived innovative services expressly for the middle short routes.

Dynamic Routing at Mediterranean scale.

The service provides pre-voyage route planning and updated information for optimal re-routing for vessels. This is possible due to the Profumo’s integrated approach involving weather observations, forecasts and optimal route computation through the modeling of ship’s characteristics, for predicting the vessel’s specific response to weather phenomena, in terms of seakeeping and fuel consumption.

Moreover, the system provides frequently refreshed meteo information allowing in-route corrections, therefore optimizing speed and course.

Navigation assistance

By using the navigation assistance service, the crew is fully supported in the route decision and planning. Profumo, integrating real time meteo-marine conditions, increases the safety and the navigation comfort through the application of the most recent guidelines for avoiding dangerous situations in adverse weather and sea conditions.

High definition weather products

Thanks to the cooperative meteo data injected in high resolution, local-scale forecasts, Profumo provides detailed predictions with a native (not rescaled) resolution of few kilometers.

Remote measurements of snow storage with acceptable accuracy is a long awaited solution by the hydropower industry due to its potential in providing high number of data points and high spatial coverage. We demonstrate a novel approach to derive snow storage (SWE) by use of L-band radar measurements in combination with the interferometry technique. 

How do you target advertising to maximize customer reach and minimize costs? Where do target customers stay, live and work? What locations should be the focus of digital and physical advertisement campaigns?

BeSpatial.AI helps businesses in financial services and other industries to boost their ads performance with customer trained machine learning model (HolistiCRM).

Training is done based on internal datasets, EO (ESA) and GIS data (GeoX). In our first use-case machine learning model accuracy reached 91%.

Machine Learning supported targeting ROI 1127% thanks to lower CPC and higher conversion rates targeting the right (potential customer dense) locations.

The POMERIUM project aims to realise a complex monitoring system for Cultural Heritage (CH) management in order to support managers in the daily and extraordinary activities and expert decisions. The system will be based on the added value given by the integration of different technologies: satellites, Remotely Piloted Aircraft Systems (RPAS), in-situ Internet of Things (IoT) monitoring, image recognition, advanced modelling, and 5G.

The ZOE project focuses on the development of a self-powered water grid management system that enables continuous remote monitoring and leakage detection of water pipelines through decisions based on both terrestrial and satellite data. We aim to identify water leaks both in urban areas and the countryside.

The amount of water stored in snow is a crucial information for hydropower managers, yet hard to retrieve with current methods. SnowPower was able to generate large-scale snow information for mountainous regions at unprecedented accuracy and resolution from active radar satellites, combined with established data and a snow model to complement traditional methods.

Phase 1 of Project LUNAR has determined the feasibility of a multi purpose shared electric fleet solution for NHS Hospitals. We wanted to reduce transport related challenges for employees and patients by providing a sustainable, optimised solution that improves access and reduces cost.

The aim of Cert-EO („Certified with Earth Observation”) is to apply Earth Observation solutions to support certification procedures of organic farming. The feasibility study project focuses on a service that can complement the personal on-the-spot checks with serving gap-filling data about a selected area, parcel or crop by automated analysis and evaluation of remote sensing (satellite) images.

In the same way we check the weather forecast and take preventive measures, so we will do for the water.

Build-up of a geo-referenced agricultural database by using satellite-based monitoring and cloud information technologies for collecting reliable and timely statistical data on agricultural parcel level in Latin America, complemented by a web-based platform providing continuously up-to-date georeferenced agricultural data for users and stakeholders.

The aim of the Estate Market Trends (EMT) project is to provide a financial service that introduces a digital transformation of access to real estate market data. The main objective of the proposed solution is to create investment reports based on a selected location (coordinates). The system assumes the use and mutual integration of different sources of real estate data.

The Digital Engineer is an AI-powered Digital Assistant allowing engineering learners, students and professionals, to acquire industry knowhow and expertise alongside a group of peers, through hands-on projects, anywhere in the world, to solve big problems on planet Earth, and providing the tools for engineering instructors to focus on teaching. The platform is the foundation of the future of engineering education thanks to powerful digitalization and automation of workflows.

The increasing frequency and severity of extreme weather events has drawn the attention of the insurance industry on climate change risks. For insurance to act as a climate change adaptation tool to increase the resilience of our society, new data and services are necessary. NUA is a highly innovative SaaS for the climate risk management and forecast at local scale.

MESPAC is a service suite that delivers to the offshore wind industry highly accurate, continuous and certified wind, wave and other metocean information for offshore wind farm sites. Based on Earth Observation Satellites, the quality of the data provided is suitable for bankability and advanced design activities for new marine energy projects.

We want to manufacture a harvesting tractor for strawberries. No one should do physically hard field work anymore. The Time has come to make a change. European companies should also be on the verge of this new technologies. We make use of high accuracy SatNav GNSS-technologies (GALILEO) to secure the robot operations.

Meandair provides pilots with relevant weather data. Before flight, a plan can be registered in the application and the necessary weather information will be downloaded. By pushing the flight button, just before take-off, the Meandair weather information travels along with pilots. Updates of the latest weather can be also downloaded during flight using the SATCOM communication devices. The weather data are also available to 3rd party application developers, behind easy to use programming interface.

SATAVIA is an AI software and data company simplifying decision-making in aircraft flight operations and maintenance to make aviation smarter and greener.

DECISIONX is a cloud-based analytics platform combining global flight data with atmospheric data to perform environmental exposure assessments for aircraft and buildings. This enables better decision-making in condition monitoring, predictive maintenance and aircraft performance.

Existing space technologies (SatNAV, SatCOM, SatEO) can be blended with the most innovative data intelligence and certification technologies (Edge AI, IoT and DLT) to offer next generation Remote Container Monitoring services (Container-as-a-Service, CaaS), hence increasing overall food supply chain safety and reliability, in the pursuit of the highest possible final customer “satisfaction”.

Project LUCI aims to assess land use around railway infrastructure and detect changes that could be hazardous to the safe running of the railway.  The project aims to give trackside managers crucial information to enhance the decision making process and ultimately make the railways a safer place to work and travel.

Success for Live Event Photography!

With support from ESA, UK software company AWOL has successfully piloted and launched their ground-breaking Live Photography service. Participants and supporters at marathon, swim and triathlon events received high quality photos within seconds of them being taken, establishing Live as the de-facto standard for Event Photography worldwide

In addition to a shortage of manual labour, tree nurseries, orchards and vineyards are facing challenges regarding their use of chemicals, which shall decrease to comply with EU regulations and decrease environmental impact. In this context, Exobotic Techologies aims to offer an agricultural robot and a web application using satellite images to help these actors to better monitor and treat their plants.

TT-GSat offers a test and trial environment for emergency personnel and industry where it is possible to touch, try out and play with real building blocks to creatively find and implement new solutions. These building blocks can be individually combined with each other to try out and test the interaction of different equipment in different deployment scenarios.

H2Orb tested the feasibility of developing a monitoring and alerting tool that harnesses satellite data to complement ground sensors in supporting the aquaculture sector.  It used real-time data insights and early alerts to enable intervention measures for environmental and water quality to be applied to safeguard aquaculture stock whilst allowing farmers to monitor the results of their interventions.

Organic markets are growing all over the world. The frequency of organic food fraud is increasing as well. To counter this fraud, satellite-based new technology can play an important role. Our satellite-based organic Plausibility Checker will act as a third eye for ensuring the extra surveillance in the organic sector combined with a supply chain mass balance system that combines certification and product transaction data.

The DRONE^AI project aims at providing an integrated approach to provide a close to real time assessment solutions for disaster relief and humanitarian interventions. It consists of a complete and state-of-the-art solution relying on Artificial Intelligence including a set of tools to enable its application in a time of tension and with high level of flexibility. DRONE^AI is combined as an edge processing solution in HITEC’s Nomadic Satellite Communication (NoSaCo) terminal, it creates a unique solution to support the on-site analytics.

COMO is a service based on wearable technologies and a software platform solution enabling to measure vital sign parameters of patients to be monitored remotely by physicians. It aims to lighten the burden of the healthcare infrastructure and support caretakers and patients during pandemic situations such as COVID-19.

Powered by artificial intelligence and earth observation, SAGRESSMART provides solutions to improve efficiencies and success in seafloor mineral exploration and investment. As a way to increase knowledge, reduce risk and uncertainty, and assess mineral potential, SAGRESSMART is design to simplify and reduce the time spent compiling, managing and interpreting data and concentrate efforts on the evaluation and raking of high-value targets.

YouShip is an on demand delivery platform that connects any business with local couriers or autonomous delivery robots to provide the best delivery experience at the best price. The platform in real-time matches the couriers according to the packages type, delivery windows, and locations. Its AI-powered algorithms find and notify the right courier to the right location at the right schedule time.

Creation, production and installation of exhibitions based on satellite images to promote space applications or to highlight a territory or a specific topic.

DRAMA enables airports to address the drone challenge in a systematic, fact-based manner. All decisions concerning the management of drones and procurement of detection solutions are driven by risk assessment and ongoing risk monitoring. DRAMA provides airports with an easily adaptable solution that enables mitigation strategies and drone sensor selection.

First RESPonse aims to help health professionals (ambulance dispatchers, first responders, hospitals) to deal with pandemic outbreak via acceleration of the entire pre-medical resource chain by up-to 20%, increase the first responders’ safety and improvement of situation awareness for public.

The SATET project will assess how the space asset data can be used to forecast revenues, and costs and quantify operational risks associated with the planning, operation and management of wave and wind energy platforms.

B-SURE can significantly reduce disaster management response time

The main B-SURE service is rapid collection and bandwidth-efficient secure communication of operationally relevant field information. The baseline field platform is a smartphone, while remote information managers access data and interact with the field users via Web browsers online on secure servers. The field users cover professionals, civil population and small UAV operators. A novel element is the specific focus on and support for remote disaster management support. 

CoCuRA uses machine learning to automatically detect cotton fields on satellite imagery and remotely classify these fields based on their environmental impact.

Eyes on Plastic provides a service solution, which combines multiple technical components into a joint mapping and monitoring solution for plastic in the aquatic environment. By flying high with satellites and diving deep with Remotely Operated Underwater Vehicles, plastic litter can be monitored at all angles and scales.

DreamCoder 2.0 is your first ticket to Space. It is a commercially driven application to digitally access the International Space Station. The service is powered by Nanoracks Europe in partnership with Rina Consulting.

After decades of interventions in the cocoa sector and implementation of voluntary sustainability standards, the environmental impacts of cocoa production are still present. Supposedly sustainably produced cocoa is mislabelled and not produced according to sustainability standards. The EO4CS project aims at preventing food fraud of cacao by supporting the certification process for labels of sustainability with objective satellite-based earth observation information.

BePI is a health and security service born to help public and private entities to address COVID-19 emergency. The synergic use of UAVs and UGVs (aerial and ground robots) assisted by AI, makes it possible to contactless measure people’s body temperature, blood oxygen saturation and heart rate and to detect specific alerts (presence of people’s gatherings and use of protective face mask). The service provides geo-referenced and aggregated data for each covered area.

SmartSatCare’s goal was to promote the use of TV-based remote assistance services for medical monitoring with specific relevance during the COVID-19 pandemic. It aimed at integrating the whole system with satellite technologies, and test it on a real territory. The goal was to enhance the teleassistance in different geographical areas, including those rather remote.

The Virtual Post-Its project seeks to develop a solution that allows construction foremen and technical building inspectors to create location-anchored, interpersonal digital rework messages or “virtual post-its” during the review of construction work. These digital rework messages or “virtual post-its” are thus linked to the location of rework in real 3D space using alphanumeric content and semantic signs based on a set of rework typology.

LeA Project boosts the acquisition, development and consolidation of skills and knowledge, both technical and scientific, with particular reference to Space, using tools and methods that combine education and entertainment.

Quicklink proposes to develop Artificial Intelligence (AI) that will both optimise the quality of remote video contribution and dramatically reduce costs for the production customer. The solution will be tested on the OneWeb network to enable high quality news interviews to be transmitted to and from remote locations.

ECO4CO is an intelligent and autonomous end-to-end system. It combines data from satellites, Internet, traffic movements and medical information.  The system provides end-users (authorities, civil protection) with notifications, warnings and timely/geolocalised information. ECO4CO aims at providing crucial advice to effectively prevent new outbreaks, to react in advance, and to predict critical situation regarding facilities, medical storage, or mass movements.

AlmEO is an innovative integrated service dedicated to the management of almond orchards using in situ Earth Observation and meteorological data. TerraNIS has developed two tools for the purpose of the AlmEO service provision 1) Vegetation Growth Monitoring and 2) Daily Water Status. Both tools have been developed in collaboration with end-users in order to monitor and compare the vegetative growth of almond plots and to provide irrigation recommendations.

The aviation industry is becoming increasingly dependent on the GNSS-based technologies, at the same time being aware of its vulnerabilities, including those originating from Space Weather. SWAIR responds to that reality with a system providing GNSS and Space Weather monitoring and performance assessment products, compliant with international regulations and recommendations.

City DT4DT is an advanced package of services developed for the urban utilities and municipalities. The package includes a 3D environment, complemented by three space-based monitoring modules, for predictive analyses.

The CHC Project delivers satellite connectivity to health care sites within Cornwall & Scottish Highlands where terrestrial connectivity may be poor. The project team is validating with technology within the health care sector by evaluating the functionality of e-health software platforms on the satellite provided network, and assess benefits of satellite enabled healthcare to staff and patients.

SAT-DEFO application delivers information about mining-induced ground deformations to customers: citizens of the areas which are exposed to such changes, local authorities from mining regions as well as law offices. The service is based on satellite imagery from Sentinel-1 mission to generate subsidence maps and then deliver the information in form of a reports or alerts to the customers.

The OTAM (Oil Trading Analytics Monitor) is a comprehensive solution for the oil trading analytics market, created by seamlessly combining Earth Observation data with oil analytics data. This new combination of datasets provides actionable insights on the status of the oil market.

Using new approaches to map sugar worldwide, focusing on the more complex regions, including Thailand and India.

In the project, self-learning AI engine and services for providing up-to-date information on the current state of forests, their risks, and changes in them have been produced for the needs of forest professionals and forest owners by combining satellite data with other data sets relating to forestlands.

AgriPoints solution is designed to leverage the potential of crop fields, through utilising globally available satellite imagery and Artificial Intelligence techniques. AgriPoints analyses crop fields and forecasts their progression based on areas with similar conditions and identifies unexpected anomalies on crops, caused by weather, pest outbreaks, drought or soil nutrient deficiency. The solution targets individual farmers, consulting companies and investors.

Global Seas (focussing on the shipping industry) allows you to reduce fuel consumption and to improve your vessel performance.

Global Seas Offshore Wind Energy CCN (focussing on the offshore wind industry) allows you to reduce downtime during installation and O&M of offshore wind farms as well as optimizing allocation of expensive operational assets

M4PM ("Tumours, Organoids and Spheroids in Space - Microgravity for Personalized Medicine (M4PM)") is a feasibility study around an end-to-end service growing high-quality spherical 3D tumours, organoids and spheroids in Space. These Space-grown TOS are used for personalized medicine, disease modelling, drug research and (high-throughput) drug screening as well as toxicity testing.

The enhanced performance of a 5G oriented connectivity on-board of Ferry Vessels based on the use of Ka HTS and Ku satellite bandwidth, as supplementary backhauling, can introduce on-board new families of services for the passengers, the crew and the Ferry itself. 

The community calendar model will underpin healthier ageing, help address deprivation and inequalities through improved access to transport to activities, improving overall health and wellbeing, mental health and prevention of long-term conditions.

The SenZitall integrated solution is envisaged as a one-stop-shop for integrated pest management. The unique selling points of the provided system and service are: a flexible and reliable data transfer solution (terrestrial or satellite without the need for user intervention) ensuring that no data is lost, high modularity in sensor type and node topology with easy deployment of extra nodes at any point in the product life-cycle, and a low-cost energy harvesting solution supporting a fully independent system. The data received from the sensor network combined with the earth observation data provides the users with a sophisticated solution for improving their pest management practices (SDSS).

ECOPlayer (ECOP) - ecological, virtual educational platform for children and young people. The activity is based on the use of synergy resulting from the integration of modern satellite solutions aimed at creating an educational platform based on three methods of content presentation: Virtual Reality, Augmented Reality and a combination of features of both solutions in the form of Mixed Reality.

The proposed product is based on two key space programmes carried out by ESA: Earth Observation as part of the Sentinel mission and GNSS global positioning systems. The proposed solution envisages exploiting the synergy of the Sentinel project's products with the Galileo and EGNOS satellite navigation systems to provide integrated geo-information to the users.

Earth Observation (EO) technology holds significant potential to map and monitor building assets and material stocks in urban environments, at scale - thus providing key information to improve resource efficiency and circularity within the building and construction sector. Orbital Assets will pilot and prototype new EO solutions to systematically map and monitor building objects, elements, and types in urban areas.

Safeblock improves Compliance Reporting by establishing physical frames of reference for IoT Data that can be assessed by both building owners and regulators. GNSS parent nodes anchor a reporting network of heterogeneous IoT sensors whose relationship to the parent nodes is established by data analysis of their ‘observed environment’. Data from compliance devices is stored immutably and data claims analysed before acceptance. Safeblock creates a record of safety data from source to approval which is transparent and auditable.

Stability Monitor is web application delivering information regarding ground movement of client’s area of interest, assessing not only the risk of the territory to move or fail, but the long-term trend of such movement and related statistical information. The potential clients of the solution are insurance and development companies (spatial/urban planning, architectural and engineering offices), taking care of real estates.

Stability Monitor is to be a web-based solution (web application) delivering information regarding ground movement on specific areas.

Contactless Car Rental, transforms the car rental experience from being counter-centric to app-centric. It ensures a car rental company can offer a service where the rental customer can get the right car in the right location at the right time, providing much greater convenience while removing the need for user/staff contact.

With the FLAMES project, the consortium of Unisphere, Matternet and Nordic Unmanned demonstrated how simulation technologies can be used to increase the automation of drone flights in an urban and maritime environment.

For the first time, high-resolution weather data, the Copernicus digital elevation model, aircraft performance models and trajectory simulations were combined to create a digital twin of drone flights. This forms the basis for automated flight planning, which is offered as a SaaS service. Moreover, the validated simulation technology is the basis for autonomous flight operations in the future and enables a reliable transfer of pilot knowledge into software. As a result, a broader customer base will be able to use drone technology.

The Farmeye Purlieu system delivers an innovative means to survey and monitor hedgerows. The system combines traditional well-established methodologies for surveying hedgerows with state-of-the-art precision GPS/GNSS, photogrammetric techniques and low-cost terrestrial lidar scanning (TLS).

To provide end users, i.e. Hospital Organizations, Medical Screening and First Aid Units, with an efficient services ecosystem for the monitoring, management and prevention of Medical Emergency from pandemic such as COVID-19.

Awareness of the Earth's vulnerability and the digitization of education are important issues for current and future generations of students. AstroLEO serves these areas in an Augmented Reality (AR) based mobile learning application by presenting curriculum-compliant content against the backdrop of Earth observation. 

MEDICOAMICO is a new App allowing medical staff, wherever they are, to monitor their patients at home, to make teleconsultations and to deliver telerehabilitation sessions.

The patient simply needs to download MEDICAL AMICO on his/her smartphone, tablet or PC.

Rehabilitation sessions can be carried out both in real time interactively with the Therapist, or independently by the Patient, but always monitored at any time by the Therapist.

Smart GAM aims at offering an innovative and semi-automatic decision-making supporting system for asset management and predictive maintenance purposes to improve the financial resilience of assets, taking advantages of innovative data-fusion algorithms, satellite Earth Observation technologies and their integration with ground-based monitoring/database segment. SGAM focuses on the risks related to structures and infrastructures, analysing their interaction with the local geological and environmental context, by automatically evaluating the direct or potential future interferences with geohazards such as landslides, floods, sinkholes, fires etc. The service aims to support Decision Makers in defining and prioritizing the maintenance operations based on the asset vulnerability and loss scenarios, with a philosophy that may be summarized as “FROM HAZARDS TO MANAGEMENT SOLUTIONS”.

React 2 provides satellite and emergency communications to deliver national and regional health bodies, to hospitals and first responders on the ground, a truly innovative pandemic response system. A fully integrated software suite which supports pandemic responses as well as major emergencies. React 2 provides a ‘Virtual Command and Control’ system for emergency management and a ‘Back-office’ system for Case Report Form and Contact Tracing Forms analytics.

LudoTrek is a GNSS-based learning game platform with an easy-to-use interface for creating customisable routes which can designed for educational and entertainment purposes.

Our project develops four workshops with high interactivity between participants and instructor and among participants, in order to provide the participants an experience as similar as possible to the on-site workshop. The workshops offer training in handling of astronomical databases within the virtual observatory scheme; of Earth observations for disaster management and environmental studies; and Life science and “OMICS” technics.

For individuals and educational institutions, Earth Blox makes access to satellite data easy by removing the barriers to access and understanding. Earth Blox quickly empowers students to go from sensing to sense-making, whether they are in a lab or at home.

The project consortium led by Sulmara are developing an unmanned subsea data acquisition and delivery system for decommissioning of offshore energy assets. The service is based on use of an uncrewed surface vehicle (USV), combined with a remote operated towed vehicle (ROTV) to acquire subsea survey data required by offshore energy operators. The main services offered are pipeline, area, and asset integrity surveys, including environmental surveys.

EMLM investigated the technical feasibility and commercial viability of Earth observation satellites to detect, monitor and model the movement of large accumulations of floating marine plastic litter as it travels from the source, along rivers and estuaries, and into the Oceans.

TREVAR is a platform designed for the realisation of tactical training in team games. The solution is based on GNSS satellite positioning technology and Virtual and Augmented Reality (VR/AR) aspects. The recipients of the system are coaches and players. The main functionality of the system is based on ability to visualise selected tactics and conventional training.

This project assesses the technical and commercial feasibility of space-related services to support the reduction of marine litter. A multi-technology approach is studied to detect and track marine litter in the coastal area. An integrated economic channel from the collect to the revalorization is evaluated, including the tracking solution and involving local fishing communities to boost efficiency.

DANPREIT digital twin is a Prop-tech that prevents, mitigates, and manages Real Estate Investment Trusts (REITs) disputes. Our digital platform uses satellite and non-satellite data to create simulations that can predict exposure to litigious or arbitration procedures.

MEO-Certif is a web mapping tool dedicated to organic farming players. Thanks to a panel of cartographic indicators, professionals can use the service during their decision-making process.

BMT and 4EI investigated the feasibility of developing a unique service to support the decommissioning of energy assets using commercially available space-based data.  The study focussed on how Earth Observation (EO) data might be used to improve the existing Environmental Impact Assessment processes.

Enhancing Belmap, GIMs’ geo digital twin of the built-up environment, through Artificial Intelligence techniques applied on earth observation data. Resulting in four new Belmap data modules: Greenfields, Building Age, Roofs and Gardens.

Technology that automatically records every round, every hole and every shot.  Then delivers actionable insights into over 100 statistics that relate directly to your own golf game.  The technology works in the background to identify the exact position of every shot.  The data is then used to generate statistics, analytics and insights through an array of engaging features that improve a golfer’s game.

KSAT DECOM aims to help operators and regulators to monitor offshore decommissioning activities by combining oil spill detection, vessel monitoring, multi-mission SAR and EO data, weather condition and greenhouse emissions to reduce costs, increase efficiency of operations, develop safer methods for execution and reduce environmental impacts during decommissioning.

Marine pollution in the form of plastics is a devastating problem that not only affects the whole planet ecosystem, but also represents a great socio-economic impact on human activities 
It is considering this ever increasing problem that there is an urge for new conceptual and technological solutions that can help to detect, monitor and mitigate the consequences of marine plastics pollution and, ultimately, contribute for the establishment of adequate policies that can contribute for its mitigation.

The Class@cross project has developed a Satcom based solution aiming at offering an Education Outreach platform accessible from any ICT device in order to enrich the educational opportunities with special regard to the social factors and cultural and scientific contents.

Due to the pandemic, Data Duopoly have pivoted to utilise their existing technology to help the recovery post-Covid. They can help aid social distancing on site by utilising satellite data and location data and this demonstration project will allow them to utilise this technology in 2-3 high profile venues and optimise this market opportunity before scaling to more venues.

Ground movements are an important driver for water pipe failure. This project aims to integrate radar satellite based InSAR data into water utility strategic modelling and operational workflows to improve decision-making and reduce pipe failure and associated costs.

SMOCGEO is enabling a transparent assessment of the sustainability of global commodities supply chains, using geospatial analytics. The project fuses satellite data, geospatial data and machine learning techniques to transform complex climate data into meaningful outcomes for enterprise corporates and financial institutions.

MELODY is a robotic telemedicine tool, which allows a medical expert to remotely perform an ultrasound exam on a distant patient. It offers access to diagnostic capabilities for remote populations requiring ultrasonography. While it has proven to be effective on adults already, MELODY is however not approved yet for paediatric use. This activity aims therefore to develop and validate a solution allowing children to also benefit from remote ultrasound scan. This is of high interest during the COVID-19 crisis, as it will avoid travel to the rare paediatric centres while protecting medical experts from a direct exposure to the virus.

SatNav E@syCare is an advanced service, with mobile Apps and a cloud-based application, for the remote monitoring of vital parameters and well-being information of chronic patients and people at risk by general practitioners, specialist doctors and nursing operators on the field. The service is operated according to personalized healthcare plan. SatNav E@syCare exploits GNSS technology to provide enhanced functionalities and location-based data analysis results.

This Kick-Start Activity creates several satellite-based models that could be used to track Recommended Farming Practices (RFP) for carbon sequestration at a sub-field level (10m, based on Sentinel 1 & 2 data), and provide these information to companies creating Soil Organic Carbon (SOC) stock models. They will be focused on the three following detectors:
Cover Crop Flag: Is the field using cover crops between main crops?
Crop Rotation Diversity Indicator: How do the crops rotate in the field?
Tilling Flag: Is the field being tilled or not between crops?

Feasibility study of digital services supporting decommissioning activities at sea through the provision of Earth Observation (EO)-enriched modelled MetOcean parameters relevant for operation planning and environmental impact monitoring.

A project-centric, situational awareness portal aiding construction and decommissioning of offshore installations. Rich insights are engineered from Earth Observations, AIS, weather, sea state and various GIS data repositories and combined with in-situ surveys and sensor data. All information is dynamically shared amongst project stakeholders creating common understanding, transparency, and improved efficiency.

Man-made air pollution leads to 5.5-8.5 million deaths each year and causes countless chronic respiratory conditions. Traffic is the most important source of this pollution. Using satellite data, Satellite Air Quality Models (SAQM) are the most detailed air pollution maps for cities around the globe. Our portal allows users instant access to the air pollution data, benefiting everyone.

The objective of the SISMA2 demonstration project was to implement cost-effective space-based tools and demonstrate the value of our smart-herding solution to monitor herd activities (large terrestrial animals raised outdoors, domestic, and wild) and their vulnerability factors, to modernize the herding industry and increase the plasticity of adaptation of reindeer husbandry to climatic changes in the environment and to the evolution of regional contexts. 

KickStart activity exploring end-to-end earth observation monitoring solutions for the insurance and the mining industry. 

EPICO19 is a web-app designed to support public health technicians and decision-makers managing epidemic control. The tool is a GIS-based (Geographic Information System) DSS (Decision Support System), driven by an epidemiological machine learning engine that provides forecasts of the outbreak spread. EPICO19 exploits Artificial Intelligence applied to Very-High Resolution (VHR) satellite imagery and SatEO to evaluate population’s vulnerability due to pollutants exposure.

WIS is creating an easy to deploy solution combining sophisticated global models, downscaled to regional areas, and fed by local IoT weather stations and earth observation satellite data, using machine learning techniques.
This innovative solution intends to offer high resolution and accurate predictive indicators tailored to the customers in the countries currently underserved on climate services.

VIDA is an earth observation and AI-powered custom software that enables data-driven investment, business and policy decisions in rural villages in Africa and Asia. → www.villagedata.io

Companion enabling the development of Healthy, Wealthy and Wise cities.

At the moment, the ‘feed from the field’ is an emerging technology that takes live content from entertainment and sports sources and publishes it worldwide to mobile phones. The technology ensures the availability of the content to the user with minimum delay from the time the content is available to it being on the user’s smart device. This process is manual and requires operator intervention.

We optimise harvest planning for farmers. We use Earth observation to map the terrain, altitude, NDVI and soil data, and satellite navigation (GNSS) to validate and to direct the machinery. We combine this with weather data, machine learning and dynamic resource allocation to produce a digital twin of the environment the farmers operate in, that allows them to make data-driven operational decisions on a day-to-day.

S.T.E.L.L.E. will give rise to SCUOLAB – SDA (Satellite Data Augmented), an educational platform with interactive and experiential contents produced from satellite Earth Observation data and based on issues of global importance such as climate change, melting glaciers, rising sea temperatures in order to give the teachers support with innovative resources to conduct both in-person and remote education experiences.

AIperion is a SaaS that supports the crop insurance claim management process through the use of A.I., Earth Observation and Meteorological data.

This study has as its main objective to identify the real-life pragmatic needs of the public safety stakeholders within the Public Protection and Disaster Relief (PPDR) entities – on the specific topics of using (secure) satellite communication and satellite observation, to better address their own services offered to the public.

These PPDR stakeholders are identified and included as co-participants in the study – in order to make sure they represent a relevant set of end-users and that their indicated needs and requirements can be used to design and implement future satellite service that will benefit all/most of the (EU/world) PPDR entities.

IVOICE is a ground breaking technology that can change the way dangerous levels of fatigue are prevented in the mining industry. iVOICE is a non-invasive method to help operators prevent accidents in safety-critical working environments. iVOICE is a key part of fatigue management systems being applied within the mining industry by Wombatt Fatigue Management.

UV-San is a smart sanitization system which uses ultraviolet radiations to inactivate viruses and bacteria within ambulances. Relying on a patented control system, UV-SAN ensures high level of safety. UV-San can be used many times a day when the patient’s compartment is empty keeping geo-traceability of procedures carried out and reducing the time needed for the sterilization.

EO4CarbonFarming offers calibrated maps of the organic carbon content in the soil by analysing Sentinel-2 time series. The service is provided through a digital platform and supports carbon farming certification, reducing the CO2 footprint of agriculture, promoting soil fertility and improving the resilience of farming systems to climate change.

The objective of SIM is to use satellite imagery in order to provide an innovation to infrastructure monitoring of railways, electricity and pipelines. The product provides a solution which empowers the operators to save operational expenses by observing dangers from vegetation, height changes and third-party interactions along the network.

A consortium consisting of Arthur D. Little, CLS and Marlink are performing a study on how space-based technologies can be leveraged in the modernization of ports. The study includes a full range of Space-based technologies including satellite communications GNSS, SAT-AIS and Earth Observation and how these technologies could be applied in combination with terrestrial assets.

UrbanAI for green buildings is a data fusion tool to model close to real time green buildings or city states in terms of environment, emissions, energy consumption, traffic, all in one place. UrbanAI can be tailored to any area of interest on the Earth. Software goes beyond data fusion and has embedded analytics functionalities such as time series & reporting possibilities, environmental/energy impact calculator.

The main objective of the ClimField service is to provide farmers and growers with the EO-based solution allowing for improved management of the irrigation process in a field crops production: mainly potatoes, cereals and vegetables. The solution is based on estimation of evapotranspiration using satellite data and on calculation of a field-scale water balance.

CARES is a telemedicine service developed in response to the Covid-19 crisis, which aims to monitor health conditions of quarantined population on a wide area, including remote locations, through worldwide satellite connection. The service provides information about the health of patients through the collection of measurements, their transmission via different communication methods, and their distribution to the medical authorities. The primary objective of the service is to protect doctors from the risk of contagion and limit risks for patients by avoiding their exposure to the hospital environment.

Service for automation of logistics tasks in industrial and urban environments using a fully autonomous driving transport system.

HERMOSA is a service platform dedicated to support activities on ecosystem restoration and biodiversity conservation in its larger sense and the positive impact it has on the issue of food security, creating sustainable jobs, mitigating and adapting to climate change and empowering communities in technologies. HERMOSA is built using Open Source Software, accessible through the internet, empowered by web-mapping and Remote Sensing technologies.

The EuroSIM CBRN Project aims to develop the UrbanAware Incident Modelling Platform to provide lifesaving CBRNe/HazMat situational awareness and decision support.

The AgroRadar solution help farmers to be “Farm to Fork” compliant boosting agronomic processes optimizations.

Program virtual robots in-browser in realistic immersive environments with space asset integration.

AIDA-SHM (Artificial Intelligence Data Analyser – Structural Health Monitoring) is an IoT artificial intelligence software solution for monitoring and predicting the health of reinforced concrete structures.

CropAI uses Artificial Intelligence (AI) and Earth Observation (EO) satellite data to detect crop types throughout the European Continent. The service offers to commodity traders insights on crops, while it provides them assistance in making better trading decisions.

mylo is end-to-end project management software for the construction industry.  It connects every human resource (regardless of role) via a centralised system of work that focuses on the harvesting and measurement of granular project data.  The data informs big-picture decision making to reduce risk and consequent cost. 

WAMCam™ is an innovative solution integrating satellite communication and machine learning technologies to radically improve wildlife research and conservation. Researchers and conservationists in remote regions can deploy AI-enabled cameras to fight poaching, monitor animal traps, and study wildlife. Receiving prompt notifications by the cameras revolutionizes the effectiveness of these groups of users.

The Fusion Platform® by Digital Content Analysis Technology Ltd, D-CAT, delivers a range of flexible, affordable B2B software services as APIs to: remotely detect and classify weeds; detect frost damage; provide remote predictions of yield months prior to harvest; estimate pasture biomass on demand. The price/performance service selections arise from both the algorithm/AI marketplace and the imagery Reverse Auction, where suppliers, end users and developers monetise and market their offerings globally.

Sub-optimal fertilization decisions are causing yield losses, environmental damage, contributing to climate change, and making agriculture unsustainable in the long run. Our farmers and crop advisors need smart technology to be able to make better and faster fertilization decisions. Agricultural fertilization decision making process is complex. Existing technologies are either too expensive or too much time intensive.  As a result, majority of the farmers rely on their experience for fertilization decision, which is not data-driven thus involves lots of guess work. Spacenus wants to change that.

Aims to leverage deep technology to help corporate organisations with the ability to hire top diverse talent, personalised to the company’s culture, without algorithmic and neurological bias. This can save businesses, globally, millions of pounds from bad hiring decisions, and bridge the acquisition to retention gap, via the incorporation of neuroscience, data, natural language progressing and space assets.

Air quality and pollen allergies impact our health and quality of life. We are developing analytical services to mitigate the impact of air pollution and pollen on people’s health. The core of our products is the combination of satellite data with measurements from our particle sensor, creating a unique service for local pollen forecasting. Our customers are airminers - they mine their own air.

CO.DE-19 is a system for contactless delivery services based on an autonomous driving drone which allows the pick-up, transport and delivery of small packages with zero emission impact on the environment and without any human involvement needed.

CO.DE-19 is able to move indoor and outdoor in full autonomy, to recognize and avoid obstacles thanks to satellite navigation, cameras and up-to-date sensors.

HARVIC aims to provide forecast and advisory services to potato value chain actors in the Benelux through Earth observations in combination with innovative in-situ data, enabling potato companies to better manage their raw material productivity and optimize business processes and operations.

Gridfinder is a mapping service using machine learning to  analyse satellite imagery to provide development funders, national governments, and private foundations with bespoke information on potential project off-grid energy locations, training on how to integrate this information in their planning systems, and the offer of a subscription service to benefit from this information on an ongoing basis.

HyperSOC (Hyperspectral measurement of Soil Organic Carbon) is aiming to develop analytical solutions to serve carbon farming projects worldwide throughout their long carbon sequestration journey.

ProvGrass provides white labelled, multi-temporal maps of sward quantity and quality to enable customers to provide branded products for end-users (in this case farmers) related to grassland management. The initial development is aimed at dairy farmers, but the principle also applies to other livestock, biorefinery feedstock and conservation applications as well.

Climate-related economic losses in agriculture have now reached €73bn/year. We need to build a climate-resilient agriculture now, by preparing for the evolving climate risk. TERRA is a SaaS risk-assessment and monitoring tool seamlessly integrating satellite data, reanalyses and seasonal forecasts, targeting insurance companies providing agricultural coverage.

In this project, a data privacy-compliant social distancing tool for monitoring compliance with social distancing regulations was developed. In times of COVID-19, it is important to track and monitor the number of people being present in a specific area. The tool can also document the captured visitor numbers in a web-based backend and can trigger warnings so that organizations can prove compliance to regulations.

Building a data intelligence & risk management platform for the coffee industry powered by AI, SatEO & cutting-edge agrometeorology to scale sustainable coffee production.

Telemachus is an integrated hardware/software medical system for the remote treatment and monitoring of users’ health conditions and positioning, thanks to a smart bracelet and a web platform leveraging on AI. Devised as a telemedicine tool answering the need to contain the spread of COVID-19 virus, Telemachus digitalise the interaction between Patients, Doctors and Health Authorities, and allows the monitoring of the health conditions of healthcare workers within hospitals.

OGOR YIELD estimates the maize yield at different levels: field, farm, county, region, country, for all agricultural seasons, starting with 2017.Knowing the yield at field level allows to decrease input costs, to optimize logistic and storage costs and ultimately to increase farmers profit.

The ForestAI project uses Artificial Intelligence (AI) and Earth Observation (EO) to provide an advanced forest monitoring solution globally. The service offers customers in the forestry domain with new tools to more efficiently manage their forests through up-to-date maps, deforestation alerts, and risk assessments.

The main goal of this project is to create an augmented reality system for the 50ha Grunwald battlefield site in Poland. Visitors will be able to download the application to their smartphones and learn more about the history of the battle while visualising the deployment of all forces on site.

Saturnalia offers unique, hard-to-find insights on fine wines all in one place. The mission is to create a living atlas of fine wines, completed with quantitative data. Such a reliable and transparent tool helps all wine lovers and professionals obtain strategic information and unique predictions not typically accessible within the wine sector.

This project defines an ‘Augmented Quantum Key Distribution (AQKD)’ Satellite Service that uses nanosatellites to deliver cryptographic keys for fractions of the cost of traditional satellite constellations. This service, rather than compete with large service providers, aims to augment these larger networks and could be used for on a wide range of end applications with multiple market verticals.

Tandem is building the future of mobility for towns and small cities by turning existing local taxis, minibuses and coaches into smart, shared shuttles 

AGROMS aims to identify crop types among major ones, at the very beginning seed season, then to provide a forecast of the harvest size, by the mid-season, far before the actual harvest, with the best accuracy.  All by using Artificial Intelligence.

This project is a technical, economic and commercial feasibility assessment into an adaptive Load Reduction Device (LRD) for Floating Offshore Wind (FLOW) mooring systems that can significantly reduce Levelized Cost of Energy (LCOE).

The Biodiversity Net Gain service aims to develop a rapid, accurate and efficient approach to the mapping of biodiversity baselines and biodiversity change for Biodiversity Net Gain, facilitated by remote sensing technology.

The growing urban population and the impacts of climate change are putting increasing pressure on cities.

Vacant, underutilised and brownfield land provide an opportunity to create transformative interventions that contribute to addressing urban challenges and enhance the resilience of cities.

The FAST study has the objective to identify and preliminary define new or enhanced applications, leveraging satellite communications capabilities, for the public safety sector with a focus on the three main verticals: Law Enforcement, Fire Brigades and Emergency Services.

With rapidly growing wildfire disasters in Europe and worldwide, we see an increasing need for new technologies and applications to better monitor these fires. OroraTech is developing an innovative all-in-one global wildfire detection, alerting and monitoring service from space.

Every year, there is more to do and there are more demands. We aim to help farmers make the best use of their time, money, and energy by focusing on what's most important. We help improve sugarcane productivity by prioritising on the job.

SmartCane supports sugarcane estates and farmers by providing crop and management advice through SMS messages and phone-friendly PDF maps, based on remote sensing data. These messages offer practical advice and support for decision-making and resource management, promoting sustainable practices and problem-solving. Our approach allows farmers to quickly determine their next steps. With real-time data, estates and farmers can now make informed decisions for maximum impact.
 

Crop Mycotoxin Management (CMM) offers a service for an efficient management of mycotoxin contamination in wheat production. Satellite-based earth-observation data are derived to crop information and combined with terrestrial data sources to assess the infield disease risk during vegetative growth and the risk of mycotoxin accumulation at harvest. Such information support farmers in site-specific scouting activities, variable-rate applications of fungicides and selective harvesting to exclude mycotoxin contaminated grains. Furthermore, the service provides information on the regional yield in terms of quality level of wheat.

The Beeline Cycle Routing project involves creating a routing engine and underlying mapping data to mimic human intelligence in route selection for cyclists. Traditional routing engines simply optimize for shortest distance or time. Beeline’s solution is intended to allow for optimization for safety, pleasantness, quietness of route and other parameters important to cyclists.

SMRC intends to create a school map in rural communities with the help of satellite data, applying computer vision to earth observation data.

SEIA is a solution supporting distribution network operators to perform faster, safer, more accurate and ecologically friendly asset monitoring and assessments. Our algorithm leverages state-of-the-art technological advances in machine learning to automate the monotonous and repetitive aspects of condition estimation of energy transmission network towers. This allows cost-effective funding decisions based on automated analysis of assets’ condition in aerial photography. 

PREMUSOS uses GNSS and EO imagery in order to identify the best locations in which to place environmental sensors that detect phenomena such as flooding, to accurately place those sensors as they are installed; and to use current EO data to enhance maintenance procedures.

Loss of water through damaged pipes is one of the biggest problems in the global distribution of drinking water. To make leak detection easier, we sell our customers a T.O.M.-System for use by own specialist staff or offer a qualified service for leak detection through Turn-off metering. Necessary information about the pipe network is documented in an online portal.

The MIS Global Events Observer (GEO) applies accurate, real time intelligence of space-based and ground sensor data to teams working across the insurance cycle.  GEO offers unique opportunities for businesses to make informed decisions when selecting, pricing, monitoring, mitigating and assessing risks, and seeks to drive technology into traditional workflows to enhance policyholder service and deliver cost savings and time efficiencies.

Using satellite earth observation to measure the biodiversity contribution of green infrastructure, mitigate stormwater risks, and identify sites for retrofitting green roofs.

AVISAR is a pre-operational demonstration project enabling primarily Mexican and other Energy stakeholders to understand and adopt Earth Observation to solve their oil & gas challenges onshore and offshore.

CollectiveCrunch is an AI leader in the forestry industry. Our product is called Linda Forest and is delivered via a SaaS platform. Using Linda Forest our customers make better buying and selling decisions, use wood-based raw material more efficiently, and overall reduce their costs. Linda Forest can be adopted to new opportunities such as prediction of risks from climate change.

TeleAssist is an Augmented Reality (AR) platform that consists of AR glasses and a specialized communication platform integrating satellite-based communication capabilities. For mobile healthcare professionals it improves the delivery and improvement of remote care in rural, poverty, and conflict areas, along with global assistance to mobile emergency care.

A project for an efficient system for prevention, monitoring and response against wildfires and landslides emergencies with focus on satellite assets, terrestrial 5G networks, drones and next generation IoT sensors.

This project assesses the technical and commercial feasibility of space-related services to support the reduction of marine litter. A multi-technology approach is studied to detect and track marine litter in the coastal area. An integrated economic channel from the collect to the revalorization is evaluated, including the tracking solution and involving local fishing communities.

Vake is making the oceans safer and more transparent by detecting and exposing IUU fishing activity. They deliver Deep Maritime Insights through automated data fusion of vessel trackers and satellite imagery. During the project, the work included activities towards NGOs and Government Agencies working on analyzing IUU fishing activities and other illegal or unreported activities.

Increasing mining productivity through acquisition and analysis of operational data over a converged satellite/terrestrial communications architecture.

Xylene is a SaaS providing European importers of raw materials, a smart supply chain with transparency and control to comply with regulations and consumer demands and protect companies' brand reputation. This innovative approach combines supply chain data gathering and analytics with satellite technology (SatNav and EO) and blockchain to create supply chain transparency.

FATMAP’s app and 3D mapping technology helps people discover and navigate outdoor adventures all over the world. FATMAP ‘Live’ adds real-time data layers to the map including live satellite views, weather, webcams, local risks and conditions to make enjoying the outdoors easier and safer.

From portfolio or project analysis  down to single asset, Ai4Sendai  helps  key industries such as Energy, Oil And Gas, Insurance and banking, Real estate, Agriculture as well as  Public authorities and NGO  making the best informed decision  by providing a timely and accurate planetary intelligence for precisely locate their assets, identify their vulnerabilities to climate change and rate  risks to specific natural  hazard.

The Satellite Navigation supported Shipment Visibility Platform (SAT SHV) for the Global Supply Chain Industry targets a platform to provide shipment visibility to players of International Supply Chains, in particular to larger Importers and Exporters as well as to Logistics Service Providers. Integration of Satellite Data AIS data of vessels as well as aircrafts is a key component of the designed solution. In addition, PLS embraces a holistic approach to cover multiple modes (sea, air, land) and is covering supply chains door to door.

Farm managers need efficient and objective means to plan and monitor their crops, to evaluate the outcome of field operations and plan new ones for example how much and where to apply fertiliser, water and crop protection agents or how to optimise the soil. For monitoring crop status, farmers can use high resolution images.

AlertSat is an earth observation change detection satellite constellation developed by the PandionAI corporation. The concept with on-orbit and autonomous image change detection, together with the instant delivery of information, gives end-users a tool to act efficiently in critical situations. AlertSat is designed with today’s challenges of rapid global changes in all areas, environment as well as business, in mind.

The SmartGrids feasibility study delivers the benefits of space based assets to energy network stakeholders. Technologies such as cloud computation and deep learning are coupled with multispectral satellite imagery, SAR, GNSS, and satellite communications to develop strongly scaling, novel, bespoke cost efficient services capable of supporting and enhancing existing operations. 

The SAFES feasibility study has the objective to identify and define applications that use highly innovative Satellite Communication technologies to support essential services in the Energy & Utilities and Media & Entertainment sectors 

Due to the Covid-19 pandemic, there is a new normal termed “Isolation Plus”. This project identifies the hidden vulnerable in communities and empowers local organisations to help those individuals who may have remained uncovered during the crisis. The solution offers new and unexpected insights into where the most vulnerable in local communities reside.

4S Safety of Future Transport is a study undertaken within the frame of the 4S Strategic Programme Line that aims at identifying a list of applications that will use highly innovative and secure  Satellite Communication systems to support safety critical services within the transportation industry (Aviation, Maritime and Railway). 

The INVENTA project intends to carry out the feasibility study of an innovative service able to increase the fruition, accessibility and sustainability of historical/cultural sites through the integration of Virtual & Augmented Reality with Satellite Navigation and Earth Observation. The service will be based on an innovative mobile App using 5G network. 

AGESPOT is a completely new technological development based on satellite earth observation data offering services that allow access to precise data on WHERE and HOW MANY people, under consideration of their ages and socio-economic attributes, currently live and will likely live in the FUTURE.

SunSafe aims to help people with sensitive skin better protect themselves using a sunlight tracker wearable.

Have you ever had environmental considerations while on vacations? Most travellers are keen on preserving the area they are visiting but very few have reliable information on the actual environmental situation. Within this project the use of Earth Observation data is assessed to quantify the environmental situation and deliver this information in a simple way to all tourism stakeholders.  

The project designed a hybrid GNSS receiver (HGR). The HGR provides innovative time and position certification services for smart transportation applications. HGR has the ability to detect spoofing and meaconing attacks, therefore validating the authenticity of the location-related data. The HGR combines GALILEO OSNMA service, ADS-B data from aircrafts and Network timing information

airUTM is an Unmanned Traffic Management system that allows for equitable use of airspace for both manned and unmanned aircraft in Africa. We enable large numbers of drones to safely and securely conduct operations in compliance with aviation regulations.

3DE is a Platform-as-a-Service (PaaS) solution targeted at the energy sector that facilitates the management of geospatial data for Right of Way Management and Asset Inspection. Using remote sensing technologies (satellite, aircraft, and drones) combined with machine learning techniques, 3DE improves predictive maintenance work practices, increases the safety of operational personnel, and reduces Operations and Maintenance (O&M) costs.

Ag|knowledge 4.0 improves the agricultural risk management for the stakeholders of the agri-supply chain in emerging economies. The services provided exploit various EO-technologies from remote sensing, weather satellites to GNNS to close a big information gap on operational crop monitoring in support of smallholders. The focus of the pilot-demonstration service is on India.

Astrocast is developing an advanced Nanosatellite network for the Internet of things (IoT). 

FreeBreath is a technical and economic feasibility study of a service improving the real-time understanding of air quality status and forecast in areas not covered by terrestrial sensors thanks to satellite EO, GNSS data and predictive analysis.

ChAI is using satellite imagery to help the nickel supply chain, a crucial ingredient in the batteries that power electric vehicles, laptops and phones. With mines located in inhospitable or remote locations where traditional sources of information have been hard to come by, buyers and sellers of nickel can now use ChAI to help reduce their risk.

A remote pilotage telepresence project, utilizing 3D game engine, volumetric video and Augmented Reality to bring maritime pilots virtually onboard a ship`s bridge from a remote location.

HRIDE has demonstrated the use of ionospheric products collected by Spire’s LEO satellites. These satellites measure the total electron content by monitoring signals from GNSS. Spire has developed an ionospheric data assimilation model and a space weather API that permits users to extract data. The project has demonstrated the use of the ionospheric model to provide corrections for positioning algorithms.

A new ground-to-space air quality (AQ) analytics platform for city and traffic planning departments with the purpose of positioning data insights at the heart of managing resilient urban environments. Our analytics products form the decision making basis for investing in initiatives that help reduce harmful pollution and push for the design of new infrastructure sensitive to local residential communities and vulnerable population cohorts whilst allowing for sustainable economic development.

This project is working to provide archives of high-resolution satellite imagery alongside complementary property and legal datasets to allow real estate lawyers to conduct legal due diligence on property assets in a faster and more pain-free fashion.

We applied space imagery to automate the identification of football fields with artificial turf material to an extent and frequency not possible with land-based tools. Pooling information enables the generation of information about football fields. Other information may be added for a tailored value proposition to field owners, field manufacturers and for field maintenance.

An AI & EO-based service that improves management of tuber supply to potato processing industry and potato storage facilities.

SatCare aimed to demonstrate two service concepts of remote diagnostics using a broadband managed communication system to include satcom. SatCare allows for video rich data to transmit scans to an hospital from a vehicle on the scene of the emergency and en-route to the hospital. Enabling a robust clinical decision support system for prehospital patients has an impact on the health outcomes for patients and can improve the productivity and efficiency of the ambulance service. Through the addition of Satcom we can broaden the coverage of this service to include areas where terrestrial broadband communication (LTE) is unavailable or over-subscribed.

Based on satellite data, DeFROST delivers the ultimate snow monitoring solution for Energy (hydropower) industry. With DeFROST, such actors can improve current water inflow seasonal forecast by ingesting snow data, as well as, diagnosing early snow melt events for hydropower energy generation optimization

A constellation of mini HAPS that provides a low-latency and low-cost telecommunication service over areas not covered by terrestrial infrastructures.

The scope of the Liveland CCN has been to further develop and refine the GMV NSL STICK service previously developed under the Liveland Demonstration project in order to improve its commercial viability.

This included the overhaul of the STICK architecture to function in stand-alone, the improvement of the service accessibility to the clients and the enhancement of the STICK firmware functionalities making the service further appealing.

MEMT (Mobile Equipment Monitoring & Maintenance Tool) improves decision making for mine managers and foremen on operational efficiency of their mobile heavy machinery fleet. The easy to deploy system allows to gain visibility on various aspects of the working conditions and working environment. The main target is to increase the fleet performance, preserving the good health condition of their machinery.

Foresight Marine digitises the process of machinery inspection; our edge sensors generate certifiable & actionable data accessible to anyone, anytime, anywhere – from the ship mechanic to the board room decision makers.

In the SEDDCR project, space-enabled delivery drones were used to assist the National Health Service (NHS) in rural Scotland in the fight against COVID-19. The delivery drones carried critical COVID-19 pathology tests and related medicine between hospitals and medical practices, ensuring that the NHS had access to a fast, frequent and reliable medical logistics system.

HumaNav Next demo project addresses the Aid & Development community’s urgent need to increase the security of humanitarian missions. It will develop a fully integrated and reliable vehicle on-board solution, providing:

• Geo-location, fleet monitoring, management and security

• Telecommunications: voice, messaging and data

The solution will provide seamless world-wide coverage and full service regardless of the lack of any local infrastructure, by using Iridium satcom and GNSS location. It will be adapted to humanitarian vehicles deployed in field missions in underdeveloped regions and conflict areas. All services will be available while driving.

HeraSpace IUU helps the identification of illegal unreported and unregulated fishing supporting EU legislation and environmental protection.

DARTT (DemAnd-Responsive rural Transport for Tourism) is a demand-responsive transport solution to improve the viability of public transport in rural areas, focussing on a tourism target audience. It combines a new experience for discovering tourism destinations, with booking bus tickets in rural areas.

Digital and gamified learning environment to provide support to Science Teachers and Students in Italian lower secondary schools also through the use of multimedia content enhanced by space assets and AR/VR experiences.

VisionV integrates a combination of data provided by the end-user (spatial and non-spatial) and data derived from space-borne assets (VHR optical, elevation, structural health) to create new AR/VR visualisation capabilities in the context of:

• Situational awareness for Critical National Infrastructure (CNI) asset management
• Search & Rescue

The SatADAPT solution consists of wireless vibration sensors which transmit vibration data from the equipment being monitored to a Gateway that runs a local Artificial Intelligence engine (edge AI). The Edge AI is in turn synchronized with a centralized AI engine which is part of a cloud based Central Management System or CMS. The edge AI engine analyses the data looking for anomalies in the frequency spectrum and warns of potential failures, along with a classification of the expected defects and estimated time left to occurrence.  

SECO is a novel system that integrates three EO services and five EO technologies with the sole purpose to prevent and detect water leaks. The services are delivered directly to customers systems via an API and/or a web platform. SECO integrates satellite optical and radar datasets delivering a short to long-term intelligent alert system for water leaks prevention and detection.

The aim of the project is to give MPAs (Marine Protected Areas), National Research Institutes, NGO and as well as marine operators access to advanced technologies as artificial intelligence (AI), robotics and space technologies, that could help, favourite and accelerate marine conservation. 

Specifically, the project will allow the data mining of coastal marine habitats through embedded AI on satNav localized underwater explorer-class drones and surface vessels whose autonomous survey are optimized by cloud AI and Earth Observations (EO), creating web dashboards for MPAs to access all the marine habitats data, trends and alerts, and share them all within their community.

Using civil aircraft as a platform to collect AIS data, complementing existing terrestrial and satellite solutions, enhancing AIS data availability.

AQUAX is an integrated system of robots, satellites and artificial intelligence, intended for monitoring and identifying anomalous discharges within lakes, rivers and reservoirs.

SoURCE - the concept of the service is to fulfill growing demand in the real estate market for having information concerning utility infrastructures which are provided in real time, updated and with high accuracy, via a user-friendly mobile application. The service combines different technologies (EGNSS, Earth Observation, Augmented Reality, Computer Vision) to enable simplification of gathering and proper interpretation of dispersed information about utilities in real time at current user location.

Route optimization software is abundantly present in logistics. However, none of the available solutions has a global scope of application, they are limited to a single transport mode: ship, train, truck, or airplane. Though extremely useful, there is an essential missing piece of information: the concatenation between transport modes.

360blue is an information and software suite to determine water related risks, support optimization of water management, and asses water replenishment activities.

Earth Rover is developing integrated crop scouting and laser weeding. We are targeting the high value vegetable market, and are currently testing commercial prototypes of tractor-mounted crop scouting with UK’s largest organic brassica farmer.

Air quality impacts our health and our quality of life. Most of us spend 90% of their time indoors - but do we know if the air quality in our homes is good?

In this project, Airmine outlines smart home solutions to improve air quality in homes. We develop hyper-local outdoor air quality nowcasts and forecasts using data from our outdoor air quality sensors. By integrating local air quality data with smart home systems, the user can take predictive measures that can improve indoor home health.

A significant contributor to the global GHG emission is the “hurry-and-wait” behaviour in tramp shipping. OPTIPORT is a Just-in-Time Arrival service that calculates optimal port arrival times for vessels currently underway by leveraging data from Sat-AIS and geospatial analytics.

This problem is tackled by combining the capabilities of StormGeo (weather forecasting, fleet performance and vessel routing) and Oceanbolt (port congestion, commodity trade flows and AIS data processing).

The Nexlys’ advancED farminG intElligence(EDGE) aims to take the interaction between the farmers and their plantation fields to a new level. It will deliver an Artificial Intelligence(AI) based Decision Support System(DSS), enabled by the usage of space assets, which will allow farmers to maximise the benefit of existing operational assets and know how.

The lack of proper information on water availability is one of the most challenging obstacles for water management practices. To fight this challenge, OWASIS-NL uses space assets in two innovative water availability services that support effective water resource management in the Netherlands and South Africa.

Monitoring and alert system for river bank.  MoMoRib^® uses a calculation programme based on the multi-methodological comparative analyses applied to geodetic, hydrological and soil-properties patterns, then links the information to the AI processed satellite datasets in the river zones prone to failure and/or where plastic and/or toxic waste can be concentrated.    

Quantified Farm uses the latest advancements in satellite image processing, modern ground sensors, 5G sensor networks, and artificial intelligence to deliver quantified farm information on a direct instance. This approach allows to make better and directly operational information products that help farmers in three targeted key applications: precise irrigation, fertilisation, and crop protection.

Greenhouse owners are in a very competitive market, in which unexpected costs due to damage and decay of the greenhouse assets can cause severe problems. This demonstration project aims at demonstrating how a notification service using space data can help greenhouse owners to prevent or mitigate non-insurable risks threatening their business, and thereby save costs.

The ENTEL project enables the development of an innovative service to improve the effectiveness of large infrastructure (electricity and gas pipeline) operators' activities within network life-cycle.

POREWIT is satellite-based services aiming to support the monitoring of forestry activities and supply chains, the detection of non-compliant behaviours and the implementation of law enforcement operations (investigation & evidence) in relation to forestry law.

A Thousand miles out at a sea. You are the captain on a large container ship. A crew member is seriously ill. You have been trained for this and it is your call. Remote medical care is complicated due to the distance between parties.

Telemedicine currently focuses on analysis / consultation. MedAssist.online’ s Two- way Augmented Reality service adds the “DO-factor”, by bringing a remote doctor virtually alongside a caretaker, working jointly to deliver the best possible care at lowest cost.

Development and demonstration of a Integrated Precision Apiculture System including management, monitoring and decision support modules. Development of monitoring devices for installation in beehives and development of management software platform (desktop and mobile app) for use by beekeepers.

The COLD-ML project has implemented one of the first approaches for the development of a fully automated, AI-based application for detecting the retreat of outlet glaciers on a global scale using EO. The project is an important step forward for timely and near-real time data provision on Greenland cryosphere changes, one of the most visible global indicators of climate change.

The pioneering daylight Photodynamic Therapy digital solution for Actinic Keratosis, using satellites for saving lives from skin cancer.

Detection of subsurface water using satellites and AI, for the purpose locating new sources of drinking water and pipe leaks.

An online tool is developed to visualize coastal erosion and accretion in Togo, Senegal and the Maldives. The tool is powered by Google Earth Engine platform and will provide information relevant to coastal zone management, institutions involved in financial planning of infrastructure projects, the tourism industry and entities involved in early warning and resilience.

Cityfier is a digital service to analyse and forecast the value of a city district or a single property. Cityfier combines GIS data, earth observation data and Urban Master Plans in order to evaluate and forecast the value of residential real estates.

The goal of the study is to develop an end-to-end solution mitigating cyber risks related to maritime communications via satellites. In particular navigation data are critical to improve the safety of maritime traffic and the reliability of downstream services. 

The MoSCI - ECOSPACE product is a service for storage, processing, visualisation and analysis of Earth and airborne observation datasets. It aims at delivering meaningful information for overseeing and managing risks to critical infrastructure (CI) in coastal and riverine settlements. The service targets in priority the public water authorities responsible for managing coastal and riverine areas and resources; the utilities, contractors and engineering consultants; and the international financial institutions and insurance brokers.

The terrain profiles play increasingly critical role in the risk assessment of Unmanned Aerial Vehicles (UAV) operations planning and related risk assessment.

The BFPaaS project is a continuation of the feasibility study on the same topic and will end up in a creation of an automated system providing terrain profile (derived from the Sentinel-1 radar imagery and other data sources) along the pre-defined route.

Car-lileo is a trustful, European platform solution giving car dealerships, detailers, service providers and the mobility sector an overview of their stock and insights at the Point of Sale. Cars, assets and persons interacting with them are located indoor/outdoor seamless, processes are optimized and customer experience enhanced.

MoniCATO proposes a backward compatible solution to secure the use of satellite-derived time in devices used by power grids (like Phasor Measurement Units and Intelligent Electronic Devices), combining authenticated Galileo signals, digital identity and Distributed Public Key Infrastructure (DPKI). Overall, the project proposes a new concept for the secure transmission of timing data among the nodes of the network and offers enhanced services for the monitoring of intentional interfering and cyber-attacks against GNSS signals and network devices.

RiPolMin is a smart remote monitoring tool aimed at detecting pollution of rivers by mines. It is being developed and tested on abandoned mines in Cornwall, UK, and is designed for land, environmental and liability management. The tool applies novel processing to Sentinel-2 and drone-borne spectral signatures, to identify problem sites and track pollution at a local level. 

This Feasibility Study explores business opportunities for the utilisation of satellite earth observation data, satellite communication and terrestrial communications to link toilets and sewage treatment facilities to wider sensor networks, to significantly augment sanitation management and the monitoring of public health.

Extreme heat has a negative effect on human health. Due to climate change more intense and frequent heatwaves are expected to occur. The aim of the heatwAIve project was to develop an AI-based voice assistant to inform people about the risk of heatwaves and to provide them with behavioural recommendations. The related information is derived from Copernicus Earth observation (EO) and weather data.

VinoSAT transforms EO Sentinel-2 imagery into readily available information that will change decision making in vineyards.

VinoSAT services are tailored to address the main vineyard monitoring needs and become a powerful tool in the hands of grape growers and winemakers.

AIDOPS provides monitoring services based on artificial intelligence for automatic detection of objects and patterns in satellite images. AIDOPS concentrates on the fields of agriculture and forestry. The long-term goal is to provide new automated ways of assessment for inventories and monitoring to detect damage caused by bugs or climate in crops and forests at an early stage.

CarbonSpace is an AI and satellite-powered B2B SaaS platform for remote carbon footprint tracking that provides organizations with actionable insights to tackle climate change.

The CROP project is aiming to provide a steering tool for agricultural crop rotation. The principle is to offer an exhaustive vision of past rotations but also to make a projection of the rotations in the one or two next years thanks to an AI model, satellite data and other data to characterize the situation (climate, soil, cultural practices, irrigation…). 

Developed by CGG’s Satellite Mapping business unit, with support from ESA, OAPM provides regular, cost effective, satellite-derived information over offshore assets to establish a baseline, and a programme of routine pollution monitoring. The emphasis of the OAPM service is regular delivery of high-quality slick interpretation to enhance situational awareness.

GrassSignal provides an accurate, scalable and reliable decision support tool for sustainable rangeland, grassland and pasture monitoring. Using Earth Observation data and Machine Learning/AI, GrassSignal, powered by Deep Planet’s AI platform, predicts grassland properties at 90% accuracy.

CliniTouch Vie is a satellite air quality enabled, digitally connected health care platform that provides remote monitoring, tailored clinical interventions and education to patients with chronic conditions to significantly improve health outcomes.

ES-LR™ is an IoT dedicated to the equestrian community. Its aim is to improve the security and safety of search & rescue (S&R) operations and eventually save more lives.

Discover the most profitable crops and markets for you, just by drawing your site.

SPACEWHALE is an innovative, semi-automated approach based on deep-learning techniques to detect large whales (~ 10 – 30 m) from VHR satellite images. It forms the bridge between space asset providers and stakeholders in need of population assessments of large whales and enables surveying areas out of reach for traditional methods such as ship and aerial surveys.

MONITORED AI is a space-based application aimed at Detection & Prevention of Illegal, Unregulated and Unreported (IUU) fishing for different stakeholders involved in the monitoring of Environmental Crimes in Europe and Beyond. The AI powered solution integrates Synthetic Aperture Radar (SAR) imagery and Automatic Identification System (AIS) to autonomously detect dark vessels (no AIS transmission) and spot suspicious behaviour.

Better travel experience for the public by providing reliable and efficient real-time situational awareness and traffic information for optimal decision making;

Providing car manufacturers with highly integrated low-cost geospatial information platform, which could be integrated with ADAS or CAVs;

Enabling smart network management for local authorities, promoting efficient traffic control, safer route planning, thereby reducing congestion and the carbon footprint.

Trauma to the tibia or other bones leave patients needing extensive rehabilitation over many months. However, a combination of too few hospital beds and the patient’s preference to recover at home means that monthly trips to the hospital predominate the rehabilitation pathway. The frequency of the visit is suboptimal from a care perspective with the risk of complication and readmission a constant issue. The journey is likely to be inconvenient and expensive for the patient. The need for a service that provides daily, remote measurement of rehabilitation variables is needed for the benefit of all stakeholders. 

Hospitals, Insurance companies, employers, communities, patients and their families want more effective and efficient rehabilitation which is available to everyone, no matter where they live.  

Virtual Clinic Direct leverages the integration of Satellite Assets (Satcom and GNSS) with an intelligent medical device architecture (sensors, microprocessors, smart phones, machine learning, Bluetooth Low energy, 3G & 4G etc.) to create a ubiquitous service that measures and tracks:  

• Healing rate of fractured bone
• Level of behavioral compliance
• Patient progress against benchmark

Risk of complication and readmission

Virtual Clinic Direct leverages the integration of Satellite Assets (Satcom and GNSS) with an intelligent medical device architecture (sensors, microprocessors, smart phones, machine learning, Bluetooth Low energy, 3G&4G etc.) to create a ubiquitous service that measures and tracks:  

• Healing rate of fractured bone
• Level of behavioral compliance
• Patient progress against benchmark
• Risk of complication and readmission

4D Urban Insights creates maps of fast growing areas and makes urban dynamics visible and actionable. By applying Machine Learning, changes in horizontal and vertical spread can be detected automatically and early warnings can be shown to users.

Ascend offers two distinct disruptive services that cover all types and sizes of airports, from the smallest to the largest ones. These services offer analysis of Earth Observation data for safety monitoring of the airport surroundings, and combine it with a cloud and browser based management system. Thereby the AMMO services are supporting the airport operators who are asked by the European Aviation Safety Agency (EASA) to comply with the regulation EU 139/2014 on aerodrome safety. 

To enable the growing community of outdoor enthusiasts to better plan and prepare safe and enjoyable activities, MetGIS, DLR/DFD and Outdooractive developed a fully integrated one-stop-shop solution for weather-based trip planning and decision support on tour. The recommendation features, warning services, high resolution weather forecasts and snow cover maps are powered by space technologies and space derived data.