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.

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.
 

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.

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

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.

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. 

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

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.

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.

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).

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. 

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.

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.

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.
 

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.

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.

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.

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.  

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

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.

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

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®.

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.

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 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.

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.

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.

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.

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…

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.

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. 

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

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.

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.

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.

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.

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.

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). 
 

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.

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.

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 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 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.

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 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.

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

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, … ).

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.

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.

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.

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.

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.

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.

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.

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.

IPAS (Interruption Prevention Alert Service) is a platform-based insight risk service, utilising satellite technology and asset geo-data to identify third party interference within close proximity to critical utility assets. This results in invaluable insights for water and gas utility companies, consequently improving asset management processes in terms of resilience, safety and operational performance to keep essential energy and water utility services running.

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.

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.

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.

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.

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.

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.

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.

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.

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

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 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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

Satellite Broker - Easy Access to Any Satellite Service.

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.

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.

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.

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

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.

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).

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.

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.

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

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

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 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).

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.

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.

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.

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”.

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.

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.

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.

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.

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.

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

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

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.

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

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.

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. 

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 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.

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.

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.

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.

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 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.

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.  

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.

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.

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.

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.

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.

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.

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

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.

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.

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

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.

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

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.

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

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 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.

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.

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.

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.

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.

Building safety is opaque and insufficient with constant reports of those responsible for safety failing in their duties. In light of recent tragedies like the Grenfell fire, improving trust in building safety for all stakeholders is key to enabling a strong and continuous safety culture in the housing sector. 

The global deployment of solar PV electricity generation is hampered by the unpredictability of the power generated. Better PV forecasts would allow electricity system operators to schedule alternative electricity generation earlier, hence reducing system costs and carbon intensity.  Addressing climate change as effectively as possible is at the core of Open Climate Fix’s mission. 

Careview is a web-app that uses GNSS positioning to improve the accuracy of outreach and door-knocking to identify socially isolated residents in a city, helping councils save money. This satellite technology is vital to improve the statistical chances of finding socially isolated residents. Careview was the only non-clinical solution to win an NHS Innovation Award in 2017. As a result of the ESA co-funded Demonstration Project, Careview has now been deployed in Leeds and Bury in Greater Manchester.

The B-LiFE Telecommunication Emergency Node is a new field communication and control system, integrating space assets and new tools for crisis and logistics management.

SENECA (Space Enabling blockchaiN for Emobility appliCAtions) aims to provide blockchain-enabled services to manage the energy flow between e-vehicles and the grid using space-assets. The goal of the services derived from this kick-start, is to allow in the future users to perform energy-transactions in a secure and agile blockchain environment, where smart contracts will enable the utilization of e-vehicles battery in relationship with renewable energy availability, facilitate e-vehicles fleet management needs, and finally support the electrical grid necessities.

Thanks to Copernicus data, The Buildspot service

• Optimize the construction sites surveillance
• Be aware of all existing construction sites
• Quantify the urbanization status of specific area
• Watch for the geographic development of the construction market  

Floating-Lab: AI-powered field deployable bio-sensor technology for remote bio-imaging of water samples at microscopic scale for the automatic real-time detection of pathogens.

The SatADSL value proposition is to offer to Teleports a unique Platform As A Service (PaaS) service that they can use for improving service offering to their own customers while at the same time monetizing their unused satellite capacity with a new customer, SatADSL, and its network of ISPs and Teleport’s partners.

Satellite Earth observation data and artificial intelligence tools are used to monitor effluence and untreated sewage flow into rivers, lakes and reservoirs. As water becomes increasingly scarce, it has become important to manage this resource. The problem of accessing safe drinking water is a major concern, there is a need to reuse treated wastewater and prevent pollution of water sources.

Within the retail landscape, the distribution of products in stores is in constant change. Producers and distributors take great efforts to stay informed about the current distribution of their products. The ProDiRec AI service provides the possibility to recognize product distribution in retail stores by analysing crowdsourced retail shelf photos and detecting products on these photos automatically.

Hypervine creates a digital twin of the quarry enabling companies to understand the physical site and their operations better. The digital twin is created through the use of a number of technologies including Space assets as well as distributed ledger technologies that bring high levels of transparency, trust and security to the digital twin.

Intelligent geospatial vegetation management service

KVS Technologies automates drones, enabling them to deliver emergency response services for power grid operators in case of power outages or problems on the grid. To further strengthen this offering, KVS Technologies explored the use of satellite communication and Earth observation, to allow it to operate even in emergency situations where the cellular network is down. 

NetVR is an easy to use and intuitive virtual reality application that can visualise underground assets of one or more utilities. It receives data from a cloud database and shows the data in 3D extended reality, with high accuracy, on a mobile device. Positioning is based on standard GPS in a standard device (e.g. tablet) and corrected using a calibration algorithm and reference points.

aircheckr provides detailed outside air quality information and tools needed to effectively reduce your exposure to air pollution. It empowers people to actively or passively make better decisions and take actions in order to breathe better air. People are no longer defenceless. Improving the air at home/office or car, or reducing your exposure during biking or exercising is now possible. Together with its partners, aircheckr is working hard to integrate air quality information into a wide range of services, applications or devices.

RECIPE provides low cost 3D models of cultural assets through a COTS tool. 

Input data shall be EO satellite images and photos taken by tourists,  via mobile phone cameras.

The ERP kick starts aims at delivering solution blueprints for forecasting

• the utilization of public fast-charging sites for Electric Vehicles (EV) and cover methods for the provision of EV navigation to the next suitable charging site
• on suitable geographical areas for new fast-charging infrastructure
• on EV public fast-charging energy demand (incl. peaks/lows)

RESUCI is an undergoing project developed to prove the technical and commercial viability of using spate assets and technology in support of resilient and sustainable right of way corridors for powerlines and pipelines, while simultaneous contributing to mitigate the infrastructure related negative impacts to the surrounding environment.

SatADSL project with the objective to commercially offer a highly competitive High Capacity Networking (HCN) service with enhanced functionalities, latency and monitoring capabilities. The value proposition is based on the use of the SatADSL multi-satellites, multi-technologies, multi-frequencies Cloud-based Service Delivery Platform or C-SDP

SP4GO feasibility study addresses the needs of Distribution System Operators (DSO) and Transmission System Operators (TSO) using innovative solutions.

Demand/Response and e-Mobility needs will be addressed in the context of Smart-grid area, while for the infrastructure operation and maintenance (O&M) the services considered are vegetation monitoring, electric consumption estimation, impact of weather events such as lightning on energy infrastructure, and satellite backup platforms for data exchange and communication.

In 2010, the United Nations explicitly designated that "safe, clean, accessible and affordable drinking water” is not only a necessity, but also a fundamental human right. However, we live in an imperfect world, in which man-made activities and natural disasters create conditions that limit our access to water and expose us to dangerous water events. Organisations around the world have recognised this challenge and shown their commitment to creating, as the World Bank terms it, “a water-secure world for all.”

IMGeospatial is honoured to be part of this movement and has partnered with three clients to address the biggest water-related threats to our livelihood: flooding, water scarcity and water quality. We provide business intelligence that enables them to proactively manage their water systems, build resilience in their communities and ultimately minimise risk and impact. We do so by automating the data pipeline, reducing the time and cost of turning earth-observed data into actionable insights.  

OneWave, is a complement to the Tsunami Early Warning Systems (TEWS), a system able to detect and monitor the front wave of a Tsunami created from a major geological event, earthquake, landslide or explosive volcano by using accurate satellite radar measurements and precise position of the spacecraft of Copernicus Program.

The TIKKA's service is dedicated to support forest users during their operational task inherent to the development of timber logging plans. The service benefits from the integration of LIDAR, SAR and GNSS technologies. The project output (the maps, analysis and reports)  will be published and available for all the authorized person via the web geoportal.

MoSCI - ECOSPACE is a suite of web-based subscription services for storage, processing, visualisation and analysis of earth and airborne observation datasets - spanning over a range of spatial and temporal resolutions, with capacity to deliver meaningful information for overseeing and managing risks to critical infrastructure (CI) in coastal and riverine settlements and be an early-warning decision support system.

River Nexus is a life changer for millions of people in the river basins in developing countries. River Nexus offers climate-services based on space-technology applications and the productive use of clean renewable energy to improve the local economy. Through a single infrastructure, we cover local essential needs for sustainable development, while targeting also national and international hydro meteorological value chains.

ADS-B Xplore elaborates innovative service ideas targeting:

• Big data applications based on air traffic surveillance data
• A global communication solution accessible for every aircraft to support safety and flight route optimization
• Safe coexistence of manned and unmanned air traffic

ALEEGO online platform is for demanding companies caring for data safety and integrity wishing to inspect their assets using UAV technology, in a simple way.

A monitoring service that provides Critical National Infrastructure (CNI) asset owners and operators with resilience against problems associated with structural health through the use of Earth Observation data and in-situ devices. 

The ASSURE project aims to integrate a space-based application device (GNSS and SatCom) with blockchain technology to continuous monitoring of surface displacements. ASSURE is used to monitor area subject to land deformation and on critical infrastructure subject to external forces endangering their stability with a certified device and thus with certified data.

In 2010, the United Nations explicitly designated that "safe, clean, accessible and affordable drinking water” is not only a necessity, but also a fundamental human right. However, we live in an imperfect world, in which man-made activities and natural disasters create conditions that limit our access to water and expose us to dangerous water events. Organisations around the world have recognised this challenge and shown their commitment to creating, as the World Bank terms it, “a water-secure world for all.”

IMGeospatial is honoured to be part of this movement and has partnered with three clients to address the biggest water-related threats to our livelihood: flooding, water scarcity and water quality. We provide business intelligence that enables them to proactively manage their water systems, build resilience in their communities and ultimately minimise risk and impact. We do so by automating the data pipeline, reducing the time and cost of turning earth-observed data into actionable insights.  

Fuel poverty is an increasingly large social problem in the Great Britain, as well as in the rest of Europe. Ageing, inefficient building stock and rising fuel prices are pushing more and more households into fuel poverty.

ThermCERT reduces the complexity, cost and time spent identifying households who may qualify for Energy Company Obligation (ECO) support, allowing energy suppliers to deliver their obligation more efficiently.

The European Commission established a long-term objective of decreasing the CO2-emission levels for the building sector by 27% by 2030.

Every third building in Europe is in need of deep renovation (older that sixty years). People in these houses are overpaying for the heating many times. That is both economically and environmentally harmful. Buildings account for 40% of the EU's energy consumption, 36% of its CO2 emissions. Current annual building renovation rate in Europe is below 2%.

The actual thermal performance of building stock is the critical element for situation awareness, impacting progress on energy efficiency measure uptake.

Utilising Earth observation, satellite navigation and ground level data, ThermCERT represents a crucial aid in helping to understand the true thermal performance of the city built environment, highlighting the energy efficiency problematic areas and issues. 

The project aims to test the feasibility of providing accurate and high resolution global air quality modelling services using vehicles extracted from very high-resolution earth observation imagery.  Providing detailed air quality modelling for a large number of cities will improve decision making, enable efficient and cost effective urban growth and reduce the air pollution impact on human health.

IoT4verticality is a decision support solution to improve the current inspection procedures and enable condition-based maintenance of critical infrastructures; it monitors the verticality of structures, which is particularly important in tall structures such as flanged poles and guyed poles/towers.

DEDALOS is a low-cost system based on GPS for the static monitoring and early-warning of movements and deformations of critical infrastructures induced by natural (landslides, subsidence, etc.) and/or man- made impacts (excavations, extraction/injection of gases, etc.). DEDALOS SAT project  aims to upgrade current system in order to provide:

• full continuity of service by adding satellite data transmission;
• improve reliability through GALILEO data processing.

The Broadband Africa service provides Internet in a pay as you go format to customers in Africa, to permit them to flexibly choose the capacity, the connection speed in both transmission and reception, and the duration of the service.

GridWatch offers owners of high voltage power infrastructures a continuous monitoring and alarming system to support the inspection, maintenance and management procedures of power lines, and a management system providing the measurements of the parameters  necessary to dynamically operate the power lines, i.e. ambient temperature, wind speed and direction, solar irradiance and conductor temperature.

Within the context of satellites, terrestrial infrastructure and Remotely Piloted Aircraft Systems (RPAS), HAPS are a new platform offering unique advantages, but also complement existing services. Three major HAPS applications have been analyzed within this feasibility study. The concept of “HAPS as a Service” (HaaS) has been introduced and its unique requirements to highly automated flight management were detailed. A follow-up demonstration project with the focus on flight management has emerged from this feasibility study.

MOWGLI is a solution that provides a set of services for optimal microgrid planning, designing and operational and maintenance (O&M) applications in urban and rural areas of developing countries, with particular focus on India user case. The activities have been implemented in cooperation with the India Energy Storage Alliance (IESA) and funded by European Space Agency (ESA) within ARTES IAP programme.

UNDERSEE is committed to develop a scalable solution to bring knowledge about rivers, lakes and oceans to water dependent stakeholders by providing simple access to water quality data.

The objective of the SFM project is to formulate an integrated system-service aimed at monitoring and providing real-time information to first responders and decision makers, about the status of the area impacted by a release of agent chemical, bacteriological, and radiological even with explosives (CBRNe).

‘Helping to find the important needles within the InSAR time series haystack’

The PLIMM services developed within the project provide users with unique information on the performance of their assets. Using a set of proprietary workflows and algorithms on processed InSAR data the system is able to identify critical insights within the millions of individual measurement points. Developed in close collaboration with the user community, the system provides earth observation outputs in a format that is most appropriate for the target sectors.    

INVITE ALL SWIMMING POOL OWNERS IN YOUR (E-)SHOP 

We automatically detect swimming pool owners at wide scale thanks to our identification algorithms using satellite imagery. 

Take the opportunity to reach new clients with our direct marketing service.

The services is a visual communications service for operational management. The service helps teams in the field assimilate information relevant for the local context. We aim to offer a communications platform which leverages Location Intelligence to provide the right information at the right time, and Augmented Reality to ease access and understanding of the information.

The GeoSHM Demo Project implements a pre-operational installation and demonstration across three of the longest bridges in the world. The primary purpose of the project is the integration of GNSS positioning and Earth Observation techniques to enable the Structural Health Monitoring (SHM) of long-span bridges. This project intends to bring the GeoSHM service to the global market incrementally. 

RailSAT intends to enhance the current practices of monitoring railway track geometry and the surrounding environment by using Earth observation satellite data, in particular Interferometric Synthetic Aperture Radar (InSAR), and satellite navigation. 

The ARCT^TM stakeholder mapping tool offers visualization of “Project Health” in the cross-roads between society, environment, business and policy. The unique de-risking tool combines climate change risks with other factors and makes them relevant, simple and visual for owner and decision makers of any infrastructure project.

ARCT has also found a fun and engaging way to score and report on the UN Sustainability Goal Climate Action goal #13. www.arct.tools.

The proposed Building Stock Monitor Service is a service to aid municipalities with monitoring the entire building stock within their geographical borders by using satellite imagery from Sentinels 1 and 2.

The revisit time of these satellites give unprecedented update frequency as opposed to current technology that typically involves fly-bys at high costs.

The targeted solution is an automated, cloud-based digital service for water quality monitoring which could be utilized globally. The solution builds on earth observation, global positioning, crowd sourcing, internet of things (IoT) and predictive analysis. 

AIR-Portal provides extremely local (100m resolution) air quality monitoring and forecasting, delivering actionable insight for citizens, governments and industry.

The delivered historical, real-time and expected air quality data is based on a unique down scaling algorithm which integrates satellite data, local sensing, land use data, meteorological models, and dispersion models.

The study intends to understand the future of a satellite-based IoT solution and the market for related products in multiple industries that require monitoring and in particular the monitoring of assets in remote areas. Through the study we engaged with major industrial companies providing them with a small demo of the proposed IoT product to validate business opportunities.

SAT-DEFO project purpose is to build an app with data-proven, valid, both historical and current information about ground deformations for the inhabitants of the areas who are exposed to such changes (especially in the localizations threatened by ground subsidence caused by mining activity).

IDiSPUTE supports land use planning and identification of hazards for the population through the application of an innovative algorithm based on artificial intelligence applied to images from earth observation satellites.

TELEKAIROS^® Fintech is a tool for financial and (re)insurance contracts that derive value from an underlying asset such a traditional stock, a bond or stock index. TELEKAIROS is capable to manage different kinds of risks, for example by increasing the efficiency of the underlying market because they lower unforeseen costs of purchasing an asset outright.

CountFloors (CF) is a service designed to collect and analyse GNSS-geocoded images of buildings acquired at street level together with Sentinel data. CF automatically retrieves ground-level and satellite images on urban areas of interest, and uses a machine learning approach to extract risk-relevant characteristics of buildings depicted in the images. These features are sought after by risk modellers and insurance companies; yet they are of interest also in the real estate market and to the municipalities for their planning.

Combining analysis of satellite imagery with crowdsourced data, this urban tree montioring platform connects communities and urban forestry professionals. It provides an open data service that drives improved understanding of urban trees and access to better information in order to: i) increase tree planting and tree care; ii) improve environmental conservation management and planning; iii) support educational and communication resources for learning and knowledge-sharing.

Routing information to navigate the urban environment in accordance with users’ personal mobility needs.

The ESA-Ambrosia food safety and traceability platform combines Blockchain technology, IoT, Satellite Earth Observation (SatEO) and GNSS Satellite Navigation to achieve maximum automation, security, and transparency of the food supply chains.

The development of a service that uses Earth Observation data to detect and monitor legal waste sites, and GNSS technology to track the destination of high value waste items. The information is used to show evidence of legal operator compliance and illegal disposal or exportation of waste.

HelloBin services optimizes routing for waste collection for waste collectors and contributes to the ability to manage the waste stream more efficiently. 

EO-li (Earth Observation based location identifier) is an open source web-based,global platform matching demand and supply of identifying, selecting and reporting in the land restoration context. It has four components, namely the (i) identification of a location area to be restored, the (ii) selection of an area and the actors involved in the restoration activity, the (iii) monitoring and reporting on the progress of the project using earth observation and geospatial data and (iv) a learning component providing guidance and capacity strengthening.

COMBINED CONNECTION SAT and DSL for SMART BALANCING and BACK UP project aims to develop a complete and innovative end to end platform to combine dynamically traffic between a SAT connection and a xDSL connection available in the user premises to guarantee improved overall link capacity and link continuity 

AgeSpot provides THE starting point for any innovative technological solution addressing ageing populations. It enables efficient targeting of the silver economy and offers precise demographic data on WHERE and HOW MANY age specific classes currently live and will likely live in the FUTURE. With AgeSpot a new Earth Observation (EO) supported business intelligence service is offered.

TeleRetail automates regional logistics to save millions of users billions of hours while minimizing the ecological footprint of transportation. Its activities include the development of automated on demand courier robots for same day delivery services in urban and sub-urban areas. The company's technology reduces the space, cost and energy requirements of local logistics by up to 90%.

The Battery Array Management System automates the storage and distribution of power. Unlike existing battery arrays, the BAMS will maintain better Security of Supply, ensure that the reserve does not loose capacity over time and extends operation of batteries by 50%-100%.

Transport operators across the UK face significant challenges in monitoring and detecting landslides and subsidence across their networks.  LiveLand supports asset owners and operators to assess and monitor high-risk areas of their transport network providing improved geological hazard information at regional, network and local levels using integrated data from Earth observation satellites and GNSS. 

A web-based service to provide immediate, off-the-shelf, online access to shallow water depth data derived from very high resolution satellite imagery.

According to the outcomes of the forerunner feasibility study, there is a potential market landscape for high-end services supporting the winter road maintenance. Intercepting then the real needs of users and stakeholders involved in winter maintenance, the follow-up ASSIST WRM demonstration project intends to address these opportunities by providing a set of advanced space-based services, specifically deploying a multi-sites pilot-demonstration over four different European countries during the 2016-2017 winter season.

URGED addresses an increasing global requirement for the provision of better predictive decision support tools for urban infrastructure managers to enable cities to become more resilient to environmental threats. Through the evolution of Rezatec’s geospatial data analytics and the incorporation of new satellite data sources, e.g. Sentinel 1 and 2, these tools will be accessed through the URGED online platform.

Internet of Things/IoT – M2M – industry 4.0 – these headlines are representing large user groups which have an urgent need of a globally available, low-cost, secure data service, dedicated to very small data volumes per sensor and for use also in remote areas. The objective of the study is to perform an in depth  requirements analysis on 2 focus pilot user groups:  railway transportation and container/waste management.

The project designed, developed and carried out pre-operations of a service platform providing an automated and continuous monitoring service of dam infrastructure and its surroundings by integrating GNSS and InSAR space capabilities.

SMART is a system that aims to provide a decision support service targeting the “early warning" of a disaster or critical event (specifically hydro-geological events) and to improve the "first response" intervention capability. The system has the advantage of strengthening the procedures used today by the Civil Protection to collect and manage the data "monitored" without interfering with the current practice.

Space-Tech for Cycling investigates the technical feasibility and commercial viability of a bike-benefit model with associated GNSS-data analyses as a means to increase the modal share of cycling in cities. The approach rewards cycling by offering tempting benefits to the cyclists. The cyclists’ GNSS-track-data are further processed to offer a foundation for traffic planning projects, public health measures, and marketing and sales campaigns.

Aircheckr creates & opens up the best available air quality data in the EU. Aircheckr translates the air quality data to the specific needs of a broad range of applications like real estate, health or sports. The data is enhanced by the power of the crowd, and it is easily interpretable & include personal recommendations.

The economic and technical feasibility of AIR-Portal, an air quality dashboard for European cities, was shown in this study. The consortium developed in a demand driven development the requirements of three major European cities into a working proof of concept. With this proof of concept the technical feasibility was proven, furthermore a business case was developed proving the economic feasibility.

Humans spend energy and money to plant and manage trees in their habitat. Tree information is essential to enable rational management: Tree numbers, their position, height, crown size, health, habitat condition and species are relevant to professionals managing both urban and rural environments. This feasibility study focused on satellite based services providing or updating tree information. 

Using Satellite applications in conjunction with terrestrial sensors to better monitor and understand heritage assets. The nature of maintaining a large portfolio of heritage assets provides a large opportunity to use remote sensing techniques to deliver a more efficient method for monitoring distributed assets.

The solution intends to provide owners of High Voltage power infrastructures with useful information for supporting the management of both procedures for inspection and maintenance, and dispatching of electrical energy.

OWASIS – UK is a Feasibility Study aiming at developing a sustainable service line improving the monitoring of water availability, quality and distribution by integrating satellite images and innovative terrestrial sensors and information technologies.

This study focuses on the UK market and it targets all types of user groups such as industrial users, public water authorities or regulatory organisms.

Subsidence due to clay shrinkage is the largest ground instability issue affecting residential property in the UK (75% of all valid insurance claims) with rectification costs averaging £250m (295m Euro) p.a.  Research by the insurance sector (Swiss RE and Lloyds of London) indicates that the extent of subsidence both in the UK and Europe will worsen in line with climate change forecast.  The insurance sector equally recognizes the need for significantly improved profiling and predictive tools to identify and target risk mitigation management.

The Ground Instability Risk Profiler (GIRP) service is planned to enable an accurate and predictive ground stability risk profiling service to the insurance industry in a range of flexible formats through the integration of property data sources and satellite information.

The aim of the present feasibility study is to develop an Enhanced Flood Forecasting System for Critical Infrastructures Protection in medium size Alpine catchments.The service is designed to address infrastructure located either on the river itself (e.g. bridge) or in the flood plan (e.g. a building).

The objective of this project is to develop a Satellite modem for Internet access in rural areas using DVB-S2 technology. The product is intended to complement existing ADSL terrestrial based solutions. Where it is too expensive and /or too time consuming to get a terrestrial infrastructure for broadband, the Forsway modem offers a cost effective, easy to use solution to access the Internet based on satellite DVBS2 distribution associated with a multi-standard terrestrial return link.

Plough Stars is a feasibility study and part ESA’s Integrated Applications Promotion (IAP) Programme. The industrial team led by Berner & Mattner investigates new services and applications for improving winter road maintenance. Existing, mainly terrestrial, systems are enhanced with space-based technologies. Users and stakeholders involved in winter road maintenance benefit from this system through increased performance and a simplified routine.

Efficient asset management is required to meet increasingly stringent demands on safety and reliable performance of new and ageing infrastructure under varying and sometimes hazardous environments.  The Transport Infrastructure Management (TIM) Service is planned as a new generation of asset monitoring services that can be deployed across multinational organizations. The concept is based on the integration of location and mapping capabilities of space assets and ground local point sensor networks - delivering data in the most efficient manner.

The objective of SafeRail is to improve the safety at Rail Level Crossings (RLC). In terms of accident prevention, RLC are demanding spots since two disparate transportation systems are intersecting (road, rail respectively) and neither of them completely controls the situation. In response to this, SafeRail provides a flexible and secure solution at a moderate price, using latest advancements in satellite technology.

Internet penetration growth curve is still on the steeper side: people require more and more affordable and fast connection to the Internet, independently from where they are. The key characteristics of what is expected by an Internet connection are speed, affordability and reliability. In this sense the Lift Off Project tries to bring further the innovation brought by the recent satellites investigating on how DPI (Deep Packet Inspection) can be introduced by a Satellite Service Provider. The scope of this innovative “next step” on top of the KA-SAT is to optimize the existing services and to generate innovative market offers for satellite internet connectivity maximizing the user experience while improving the ratio cost/performances.

The project “SHM for Telecom Towers” aims at developing a remote monitoring service to support the assessment of the structural integrity of assets, as the towers for Radio-TV Broadcasting or other metal infrastructures, in order to increase safety and optimize the maintenance procedures and promote the transition from a time-based maintenance to a condition-based one.

The objective of Live Land is to provide users with a suite of services that enables the management of hazards and the exposure of national transport infrastructure assets to landslide and subsidence events. During the feasibility stage, the Live Land consortium assessed the viability of developing a suite of services driven by the needs and requirements of end user organisations. Live Land proposed a ‘catalogue’ concept, to incorporate a suite of enabling technologies (including Space-borne, in-situ and geological datasets) that could improve the forecasting, monitoring and alerting of landslides and subsidence.