Our Domains

Risk, Emergency, Response

Civil security depends on reliable, up-to-date information to identify risks, coordinate responses, and protect lives. EO supports these efforts by monitoring hazards, vulnerable areas, and critical infrastructure. Optical and radar data provide situational awareness during floods, storms, and wildfires, guiding emergency teams when ground access is restricted. Historical and contemporary imagery can reveal unexploded ordnance. Frequent satellite observations highlight structural issues in networks, enabling earlier detection of safety risks and supporting maintenance planning.

From ordnance detection to disaster response, EO complements ground operations with valuable data. It enables faster interventions, better allocation of resources, and improved preparedness and mitigation, ensuring that communities remain safe.

Urban, Transport, Networks

EO complements ground surveys with broad, cost-efficient coverage. From individual structures to national networks, it delivers consistent insights that guide development, support accountability, and ensure infrastructure systems remain reliable over time.

Infrastructure is the backbone of modern societies, enabling transport, trade, and daily life. Safe construction, efficient maintenance, and resilience against hazards are critical priorities.

Supply, Infrastructure, Safety

Energy underpins modern societies, powering homes, industries, and infrastructure. Disruptions carry significant social and economic costs, so reliability matters. Earth Observation supports the sector across planning, operations, and recovery phases. High-resolution imagery and long time series guide site selection for production facilities and transmission corridors, reducing conflicts with land use and environmental protection. Multispectral, radar, and thermal sensors reveal stress, leakage, or damage in plants, pipelines, and grids, enabling preventive maintenance and faster repairs.

EO complements ground inspections with consistent coverage. From single facilities to continental grids, it supports planning and risk management, delivering actionable insights that secure supply, cut costs, and accelerate the development of energy systems.

Farm, Region, Country

Agriculture underpins food security and many adjacent industrial sectors, making reliable information essential. Earth Observation provides a cost-effective way to monitor fields regularly at scales ranging from local farms to entire nations, enabling a wide range of analyses such as crop mapping, plant health assessment, and yield prediction. Our approach begins with the fundamentals: producing accurate, up-to-date field maps. Beyond simple boundary detection, our system automatically extracts geolocated polygons, ready for direct use in GIS or downstream workflows.

The combination of EO and AI translates into actionable knowledge. Farmers, cooperatives, and policymakers can make informed choices about resource allocation, risk management, and yield forecasting. This improves productivity, supports resilience, and fosters sustainability in agricultural systems.

Health, Biomass, Growth

Forests are vital for ecosystems, economies, and communities. Earth Observation maps their extent, tracks deforestation and reforestation, and monitors long-term land use and forest dynamics at multiple scales, offering insights that ground-based surveys alone cannot provide.

Beyond mapping, EO enables assessments of biomass, forest health, and growth conditions, as well as detection of fire, pests, or disease.

Pollution, Degradation, Restoration

Healthy ecosystems are vital for human well-being. Monitoring them requires consistent data to capture both gradual shifts and sudden changes across diverse landscapes. Earth Observation provides this essential perspective at scale.

Through continuous satellite and other EO time series, it becomes possible to observe land, water, and atmosphere with reliability unmatched by ground surveys.