Satellite Imagery For
Research
& Education
supporting innovation with the highest quality data
Explore the Past
Browse our archive with billions of square km dating back to 1999
Identify Materials
Locate and classify man-made materials and geologic minerals on Earth’s Surface
Detect Small Objects
See road markings, structural details, animals and individual plants
European Space Imaging offers satellite image data of unmatched resolution and quality. Make sure you are using the best data for your study, so that you get the best results possible. See more than you ever imagined.
Need imagery on a low budget?
We offer an up to 80% discount to qualified projects from academic and research institutes
Detailed Analysis
Very high resolution satellite imagery is clear enough to show road lines, sidewalks, vehicles, small structures and even people. This allows for precise analytics for city development. It is ideal for:
- Studying Traffic Patterns
- Monitoring Animal Herds
- Small Feature Identification
- Verifying Property Lines
- Mapping Road Features
- Precise Calculations
Historical Archive
We have been collecting satellite imagery since 1999, during which time we have amassed an invaluable library documenting changes on the Earth’s surface for the past twenty years. Analysis of this data can yield valuable insights into how the Earth has changed, and how it is likely to change next. Here are some examples of what this archive is being used for:
- Environment monitoring
- Global warming impact assessments
- Urban development monitoring
- Soil losses monitoring
- Disaster impact monitoring
- Forest fire and crime prediction software
- Automated counting of objects such as cars, shipping containers, and houses
- Monitoring present and historical change of glaciers, dams, and rivers
- Detecting illegal activity such as logging and oil spills
MATERIAL IDENTIFICATION
We have access to hundreds of multispectral and hyperspectral band combinations – allowing you to see more of what is actually happening on the ground. Multispectral imagery can assist in building inspection, synthetic material identification, vegetation health analysis and water depth assessment. Short-wave infrared (SWIR) imagery can even see through smoke, detect heat and identify geological minerals.
Everyday innovative discoveries are being made by leveraging the power of multispectral bands.
Download the Latest Edition of INCITE
Seeing Through the Trees: Monitoring Agriculture and Forestry Using Satellite Imagery
The definitive guide to acquiring and using satellite imagery to innovate the agriculture industry.
Earth Observation Turns Ecological Targets into Measurable Outcomes: How Satellite Imagery Supports Compliance with Europe’s Nature Restoration Regulation
The EU’s Nature Restoration Regulation (NRR) entered into force in 2024 and set legally binding targets to restore degraded ecosystems across Europe. With National Restoration Plans due in September 2026, Member States face an urgent question: how do you map, plan and monitor restoration across millions of hectares in a consistent, verifiable way? Earth Observation (EO) – and Very High Resolution (VHR) multispectral satellite imagery in particular – is increasingly the answer.
EUSI Upgrades German Ground Segment to Enable Europe’s Fastest Request-to-Receive Satellite Intelligence via Secure Web and API Platform for Defence and Emergency Agencies
European Space Imaging (EUSI) announced a major upgrade of its satellite ground segment and cloud infrastructure, further accelerating its industry-leading satellite tasking and intelligence delivery capabilities through the secure ATOM™ web and API platform. The platform, in combination with EUSI’s Rapid Satellite Intelligence (RSINT) program, enables satellite tasking up to 30 minutes before image acquisition and delivery of imagery within 15 minutes of collection.
Maritime Domain Awareness in European Arctic Regions With VHR Satellite IntelligenceÂ
With the Arctic warming nearly four times faster than the average, the ice in the High North is melting and the sea is becoming increasingly navigable. In 2025 alone, 1812 vessels entered the Arctic Polar Code area, which is a 40% increase since 2013 when data collection began. While this rise in traffic presents potential commercial opportunities, more vessels also mean more risks to people and resources.
