Portfolio

DECARDIS optimises maritime efficiency with Just-In-Time (JIT) operations, enhancing route planning, real-time data sharing, and stakeholder collaboration. Leveraging space-based technologies like Sentinel satellite data and AIS, the solution improves operational precision, reduces fuel consumption, and lowers emissions. Delivered via a cloud-based SaaS platform, DECARDIS supports ports, shipping lines, and cargo owners for sustainable, cost-effective operations. 

WING IT is a software-based vessel performance analysis service that combines digital ship modelling, Earth Observation data, and operational voyage data to independently verify the fuel savings delivered by Energy Saving Technologies, particularly wind-assist propulsion systems. It enables shipowners, OEMs, financiers, and classification societies to make data-driven investment and compliance decisions in maritime decarbonisation.

SETSITS develops Lanternn for Networks (LbV) - Valerann’s Advanced Traffic Management System (ATMS) engineered to resolve critical inefficiencies in road network management using real-time data fusion and analytics. Offering a transformative solution for national and urban road operators, LbV enables hyper-accurate data management to enhance safety, efficiency, and sustainability while leveraging proprietary technology to overcome the limitations of outdated processes. 

Orion FleetMetrics is a new module of the Orion GNSS platform designed for precise fuel and energy consumption analysis of fleets with all types of powertrains (combustion, hybrid, and electric). 

The Consortium offer services that integrate GNSS, satellite, and snow/weather data to monitor avalanches, snow parameters and ground movement risks. Solutions include:  

• SAD: Automatic avalanche detection from satellite imagery 

• SNOW: Monitoring and mapping of key snow parameters (SWE, snow depth, wet snow conditions) through multi-sensor integration (GNSS technology, satellite data, automatic weather stations, weather forecast data)

• SNOW&MOVE: Compact and cost-effective systems combining snow monitoring with ground displacement detection through GNSS technology and satellite remote sensing

TOMCAT is a turnkey solution for General Aviation pilots, delivering authenticated tracking, i-Conspicuity, and digital flight reporting across all flight phases, ensuring compliance with U-space regulations and enhancing safety.

A circular indoor vegetable production system combining a space-designed adaptive greenhouse with a terrestrial microalgae wastewater treatment system, targeting both Earth and space-based food production optimization and water purification. 

AERIUS transforms satellite Earth observation, in-situ, and municipal GIS data into ready-to-use intelligence for managing and restoring urban green. Municipalities apply AERIUS to monitor vegetation vitality, water quality, and mitigate heat stress, maintain tree inventories, and fulfil EU Nature Restoration Law reporting — demonstrating “no net loss” and measurable “net gain” of urban green and tree canopy cover. 

Trailblaze is an AI-powered B2B platform delivering hyper-personalized travel recommendations to tour operators, travel agencies, and destination management organizations. By integrating Earth Observation satellite data (Copernicus, Sentinel, COSMO-SkyMed) with agentic AI, Trailblaze enriches itinerary planning with real-time environmental intelligence — enabling premium, data-backed travel experiences. Trailblaze is an AI-powered B2B platform delivering hyper-personalized travel recommendations to tour operators, travel agencies, and destination management organizations. By integrating Earth Observation satellite data (Copernicus, Sentinel, COSMO-SkyMed) with agentic AI, Trailblaze enriches itinerary planning with real-time environmental intelligence — enabling premium, data-backed travel experiences. Trailblaze is an AI-powered B2B platform delivering hyper-personalized travel recommendations to tour operators, travel agencies, and destination management organizations. By integrating Earth Observation satellite data (Copernicus, Sentinel, COSMO-SkyMed) with agentic AI, Trailblaze enriches itinerary planning with real-time environmental intelligence — enabling premium, data-backed travel experiences. Trailblaze addresses a critical gap in the travel industry: tour operators, travel agencies, and destination management organizations (DMOs/DMCs) lack objective, real-time environmental intelligence when designing itineraries and procuring destination inventory. Generic weather forecasts and static travel guides cannot answer whether a hiking trail in Sicily is accessible after rainfall, whether UV exposure at an archaeological site has reached health-risk levels, or whether air quality in a city destination is suitable for outdoor activities. 
 
Trailblaze delivers a B2B AI platform integrating Earth Observation satellite data (Copernicus Sentinel-1, Sentinel-2, Sentinel-3, COSMO-SkyMed, VIIRS) with advanced agentic AI to generate hyper-personalized, environmentally-informed itinerary recommendations. The platform serves tour operators, travel agencies, and DMOs through API integration and white-label deployment. 
 
The Feasibility Study validated user desirability through structured co-design workshops with Alpitour World and Italian Smart Cities; demonstrated technical feasibility of EO data integration into a tourism AI engine; established commercial viability through pricing model validation 

ProUST UniverSAS® is a modular, software-defined power supply platform designed to enable high-efficiency, scalable, and flexible battery testing for e-mobility and space-related applications. The system combines advanced power electronics, digital control, and integrated analytics to support a wide range of battery testing scenarios, from laboratory validation to industrial-scale operations. 

PREDIFAN is an ESA-supported project aiming to develop an operational early-warning service for harmful algal blooms (HABs) affecting salmon farming in Chile. 
By combining satellite Earth observation data, in-situ measurements, and advanced modelling, the service delivers predictive insights and real-time alerts to help aquaculture operators anticipate risks, reduce fish mortality, and optimize farm management decisions.

This project covered the market-driven product development activities for the soil carbon monitoring tool offered by CinSOIL, with a focus on understanding the needs and challenges of agrifood stakeholders like farmers, cooperatives, and small and medium companies in the agrifood sector. 

STELLAGRI delivers independent, AI-powered crop intelligence from satellite data.

Corporates gain seamless ERP integration and reliable supply insights — without farmer input.

Small farms access precise analytics for any field size.

From vegetation indexes to crop recognition and alerts, STELLAGRI turns raw imagery into actionable decisions across the entire agricultural value chain.

SWIM (Surface Water Information Management) is a satellite-enabled water quality monitoring and decision-support platform for lakes, reservoirs, and bathing waters. Combining continuous WAMO in-situ sensing, Sentinel-2 Earth Observation, and AI-driven predictive analytics, SWIM delivers 2–7 days advance warnings before harmful algal bloom onset enabling preventive action, automated regulatory compliance, and significant cost avoidance for water authorities and private operators.

FUSE provides wildfire intelligence for the insurance sector by transforming Earth Observation data into actionable risk insights. The service supports risk assessment, event monitoring, and claims analysis, helping insurers better manage increasing wildfire risks and improve decision-making across their operations.

ATLASCast, by Enable My Team (EMT), is a proposed project with the European Space Agency (ESA) delivering hyper-local climate forecasting for renewable energy infrastructure. It integrates nano-satellite data, AI, and ground systems to optimise site selection, improve safety, enable predictive maintenance, and support scalable, cost-effective, sustainable energy solutions.

STREAMO is a commercial downstream application seamlessly merging satellite and stratospheric Earth Observation data. Focusing on urban/mountain environments, the platform provides very-high-resolution, near real-time updated maps and insights like vegetation and thermal gradients. It offers a centralized marketplace for accessing archived products and requesting on-demand stratospheric tasking to bridge the gap between satellites and drones. 

Bling Automated is ​offering ​an automated on-demand delivery solution for urgent B2B use cases, where parts or items are needed fast for a job. The company provides faster, safer, and more cost-efficient deliveries, at a time when demand for speed, automation, regulatory readiness, and improving unit economics are aligning. 

CropCloud delivers automated field boundary delineation and agricultural event marker detection from Copernicus Sentinel imagery using deep learning and proprietary super-resolution. The service supports Paying Agencies and enterprise platforms with scalable APIs, achieving 95%+ accuracy across 8 event markers in a pilot with the Lithuanian National Paying Agency.

Yuman is a Danish deep-tech startup addressing one of the major challenge in the European healthcare systems, the shortage of nurses. We are developing healthcare-centred Autonomous Mobile Robots (AMR) solutions, unique in the global market, specifically designed to assist nurses by automating the transport of small items in hospital wards, like food, laundry, medical equipment, blood and other test samples.

They project expands Belmap, GIM’s geospatial digital twin platform, across Europe to deliver harmonised, property-level intelligence on buildings, parcels and addresses. By integrating national open datasets with Earth Observation–derived features and scalable full-country processing, the platform enables consistent property insights across multiple European countries.

This project is an ESA-supported feasibility study exploring the use of advanced analytics to improve operational decision-making for bus, coach and shuttle service operators. By analysing real-time and historical operational data, the study assesses whether delays, underused capacity and operational risk can be identified early enough to support more proactive service management. 

SURGEON develops an autonomous drone delivery system for time-critical medical goods in healthcare logistics. By combining onboard AI, visual inertial odometry, and semantic satellite Earth Observation data, the system enables reliable GNSS-independent navigation. One operator can supervise up to 30 drones simultaneously, delivering lab samples and pharmaceuticals directly to hospital windows in under 10 minutes.