Portfolio

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

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

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

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

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

Autonomous drone services help to defend different CBRNe threats.

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.

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 Currently, these data are often outdated or unavailable for very shallow waters.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

SyriUS is developing innovative data services for bathymetric mapping, benthic mapping, seafloor characterization, habitat mapping, and environmental monitoring. Current end users experience a lack of such data availability. For example, bathymetric maps are often outdated and not available for very shallow waters. SyriUS proposes three innovative data services that combine proven earth observation (EO) technology from EOMAP GmbH & Co.  KG with unmanned maritime systems (UMS) solutions from Maritime Robotics AS. Data products created via the SyriUS services provide larger area coverage than can be obtained using only UMS, and with greater accuracy than can be obtained using only EO solutions.

Satellite Broker - Easy Access to Any Satellite Service.

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

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

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

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

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

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

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.