Portfolio

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.

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

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

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

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

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

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

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

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

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

Optimizing mill revenue by improving harvest logistics and fertilizer management.

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

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

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

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

DROMAS services aim at periodical full country monitoring of agricultural vegetation to serve decision makers on national level and to provide historical and current year crop analysis to support farm management at agricultural parcel level.

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

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

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

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.

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

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

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

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.