Portfolio

Space4DRE delivers a satellite-enabled parametric insurance solution protecting distributed renewable energy portfolios against weather-driven performance risk. Using Earth Observation data, the service provides transparent, automated downside protection that strengthens cash-flow stability and bankability. 

OPTIMAIZE develops GEO-SHIELD, a satellite-enabled risk intelligence service that uses Sentinel-1 InSAR data to detect seasonal ground deformation and deliver dynamic, building-level vulnerability scores for clay shrink–swell hazards. The solution supports insurers in underwriting, claims validation, and proactive loss prevention, providing objective, scalable, and cost-efficient geotechnical drought risk assessment.

Ocean Ledger is developing a next-generation stochastic storm surge model underpinned by enhanced digital elevation models that account for erosion, seabed depth and coastal defenses using earth observation and AI. Their product enables precise underwriting, cost-effective risk engineering and asset-surveillance for property & infrastructure along the coastline.  

Data driven parametric insurance solutions for wildfire and drought risks. Droughts and wildfires are increasing in frequency, intensity, and unpredictability, which is challenging traditional insurance models and exposing clients to greater losses. Our parametric insurance solutions offer pre-defined triggers and automated payouts—delivering speed, clarity, and confidence when it matters most. 

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

+ Minimize physical labour for farmers and mitigate workforce shortages. 

+ Provide appropriate housing for animals and support their welfare. 

+ Contribute to reduce greenhouse gas emissions in livestock farming. 

IoTtrust+ delivers quantum-safe encrypted satellite communications for IoT/OT systems and remote healthcare. Building on CyberHive's Connect VPN, it creates zero-trust networks between security-hardened endpoints through application fingerprinting and sandboxing - protecting against supply chain attacks. 

Helyx and the University of Portsmouth (UoP) have developed “Earth Observation Digital Twins (DTs) for Crises” that focus on utility and transport networks. The DTs map the vulnerability of networks to natural hazards and the damage to these systems post-event. By using earth observation imagery, our DTs support the rapid global response of humanitarian teams to crises. 

Half of Earth’s thermal dynamics happen at night. Urban heat, agriculture resilience and climate intelligence—after sunset greatly benefit from daily Land Surface Temperature high‑resolution nighttime at 30 m. 

FireTrack is a satellite-based wildfire monitoring service delivering near-real-time maps of active fire fronts and burnt areas. By processing satellite data directly in space and transmitting results within minutes, it provides emergency services and risk managers with timely, high-resolution information to support operational decision-making during ongoing wildfire events.

The FLAMINGO project increases automation in drone and vertiport operations by creating a digital twin of flight operations that integrates satellite, weather, and navigation data. This digital twin provides a foundation for the automated evaluation of operational risk and impact of weather conditions, facilitating the safe and scalable remote operation of drones and vertiports. 

SAT2LEAF (Urban and Peri-Urban Crops Monitoring through Satellite Earth Observation and Leaf-Level Data Fusion) combines satellite data from Copernicus Sentinel-2 with AI-driven plant-level diagnostics via Agrobit’s iAgro mobile app. It enables real-time monitoring and spatialization of crop health, CO₂ absorption, and diseases in urban and peri-urban farms, empowering cities and citizens with data-driven tools for sustainable food production. 

BioMosS provides accurate and scalable biodiversity monitoring by fusing ground-truth IoT BioT sensors with satellite data. The platform delivers automated species identification and microclimate telemetry to support corporate compliance and nature restoration, achieving near-perfect precision across a 10,000+ species library. 

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

The ROAD SYSTEM™ Mobile App transforms how cities and infrastructure experts assess cycling conditions. Leveraging AI, smartphone sensors, and high-precision GNSS data, the app enables real-time, cost-effective evaluations of cycle lanes. With its intuitive interface and ability to scale without the need for dedicated hardware, it empowers urban planners, engineers, and auditors to make data-driven decisions that enhance safety, mobility, and sustainability.

EO-VTI is developing an Earth Observation–enhanced Vessel Transparency Index in collaboration with an industry partner in order to uncover deceptive and high-risk maritime activity. The project combines satellite data, AIS analytics, and explainable risk scoring to support maritime compliance, insurance, sanctions enforcement, and decarbonisation. 

SREC provides independent, satellite-enabled verification of soil management practices to support regenerative agriculture, insurance analytics, carbon monitoring and public compliance systems.
By combining Copernicus Earth Observation data with AI-based analytics, SREC detects tillage events and soil disturbance at field level, enabling scalable and transparent validation of environmental practices across large agricultural regions.

Project ÆRON is developing autonomous, remotely operated platforms for eDNA sampling in remote and extreme environments. This increases access to important biodiversity data for monitoring and managing natural environments and industry such as aquaculture.

GridEyes delivers satellite-enabled situational awareness for electricity transmission and distribution operators worldwide. By combining Earth Observation data with advanced artificial intelligence and weather intelligence, the service enables faster, safer and more cost-efficient vegetation and risk management along power lines — reducing operational risk and environmental footprint. 

Following a successful ESA-supported demonstration, GridEyeS is commercially available and serving customers globally. 

Optimization of Port Activities in Real Time to Reduce Environmental Impact on specific parameters, Using Artificial Intelligence and Satellite Images

The project demonstrates an herbicide-free robotic weed control service using GNSS and RTK for precision navigation. An autonomous fleet identifies and removes weeds, supporting organic farming, improving yield, and increasing livestock safety. The service is delivered through a Robots-as-a-Service (RaaS) model operated by trained contractors. 

GEOFENCE aims at achieving high-integrity, high-availability while maximizing land area utilization by intelligently fusing data from the core sensor suite, specifically addressing GNSS vulnerabilities in typical agricultural settings. 

Using satellite thermal data and AI to detect urban heat hotspots and identify overheated buildings to support energy efficiency and climate adaptation strategies.
 

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