NASA adds three European firms to the commercial data program

NASA adds three European firms to the commercial data program through its Commercial Satellite Data Acquisition initiative, expanding its roster of commercial satellite data providers. This June 23 announcement introduces eight new commercial satellite data providers to the program, including three European entities: Kuva Space from Finland, OroraTech from Germany, and Satlantis from Spain. These companies focus respectively on hyperspectral, thermal infrared, and optical multispectral imaging. They join Airbus and Iceye, two European companies already participating in the program, with Airbus selected in 2023 and Iceye in 2024.

With these new additions, European companies now make up five of the 25 commercial providers involved in the program. This shift highlights the growing role of European Earth observation companies in U.S. institutional procurement. It also demonstrates how international commercial technologies are increasingly finding a place within U.S. federal frameworks.

Europe establishes its space technology footprint

The selection reflects a broader trend of European capabilities meeting the rigorous standards of U.S. space agencies. Aitor Morinigo, CEO of Satlantis US, pointed out that Europe has quietly built one of the most sophisticated Earth observation ecosystems in the world, and the selection is a reflection of that progress. The fact that a company from Bilbao, Spain, is now supplying data to NASA speaks to how far the industry has come and how seriously American institutions are taking European space technology.

Historically, European Earth observation companies have struggled to turn their technical maturity into large institutional demand within their home markets. Because of this domestic challenge, validation from a U.S. agency is commercially useful far beyond the United States market. It provides a stamp of approval that can help these companies secure contracts in other regions.

Jarkko Antila, CEO of Kuva Space, noted that not long ago, the assumption was that frontier Earth observation capability sat almost entirely with large U.S. and government players. The fact that a European hyperspectral company can now be selected into this program indicates that the technical bar in Europe has risen, and the commercial market has matured to the point where it can compete for, and win, the most demanding public-sector programs in the world.

Understanding the contract structure and access rules

The contract vehicle behind this initiative is designed to be highly flexible. Let us break this down.

• Contract Type: Firm-fixed-price, indefinite-delivery/indefinite-quantity multiple-award contract.
• Maximum Cumulative Value: $476 million.
• Performance Period: Through November 2028.
• Program Goal: To acquire commercial datasets to complement existing Earth science missions and research activities.

It is important to clarify that selection does not guarantee immediate revenue. The program serves as a purchasing framework, meaning selected companies are approved commercial providers but must wait for specific task orders. The companies do not interact directly with end users, as the space agency remains the sole contracting customer. Access to the acquired data is limited to approved users, primarily agency researchers, U.S. government entities, and other authorized organizations, though the data can be made public in rare cases.

Comparing commercial procurement across the Atlantic

The European counterpart

In Europe, the closest counterpart to this initiative is the Copernicus Contributing Missions program. While the two systems operate under different institutional frameworks, they share a common goal of integrating commercial data into public archives. Through the Copernicus Contributing Missions, selected companies contribute directly to Europe's Copernicus ecosystem.

Two paths to the same goal

Both programs reflect a global trend where governments increasingly rely on commercial Earth observation capabilities to complement public satellite infrastructure. Jarkko Antila explained that a strong public backbone and a strong commercial procurement channel reinforce each other. Europe, through Copernicus and the European Space Agency, has been key to building an ambitious and open Earth observation program. In contrast, the U.S. model offers a clear, standing commercial on-ramp, providing a defined route for buying commercial data at scale.

Niche sensing technologies enter the mainstream

The addition of these companies also highlights a shift in the types of data being sought. Remote sensing techniques that were considered niche just a few years ago are now gaining institutional traction. OroraTech CEO Martin Langer explained that commercial thermal intelligence is now recognized as a valuable complement to traditional Earth observation systems, reinforcing the idea that thermal sensing is becoming a foundational sensing modality alongside optical and synthetic aperture radar.

Being selected can open doors for European vendors that go beyond the individual task order. It increases our visibility within the U.S. government ecosystem and demonstrates that our thermal intelligence products meet the standards of one of the world’s leading space agencies.

; Martin Langer, CEO of OroraTech

Langer added that over time, this validation is expected to support additional collaborations and procurement opportunities. By establishing a presence within this major procurement framework, these European firms are positioning themselves for long-term integration into global environmental monitoring efforts.

Frequently Asked Questions

Which three European firms were added to NASA's commercial data program in the June 23 announcement?

The three European firms added are Kuva Space from Finland, OroraTech from Germany, and Satlantis from Spain. They focus on hyperspectral, thermal infrared, and optical multispectral imaging, respectively.

Why is the selection of European companies significant for their Earth observation industry?

The selection is significant because it reflects a broader trend of European capabilities meeting U.S. space agency standards. It provides a stamp of approval that can help these companies secure contracts in other regions, as European Earth observation companies have historically struggled to turn technical maturity into large institutional demand in their home markets.

How does the contract structure work for selected companies under this program?

The contract is a firm-fixed-price, indefinite-delivery/indefinite-quantity multiple-award contract with a maximum cumulative value of $476 million through November 2028. Selection does not guarantee immediate revenue; companies are approved providers but must wait for specific task orders, and they do not interact directly with end users.

When was Airbus selected for the program, and when was Iceye selected?

Airbus was selected in 2023, and Iceye was selected in 2024. These two European companies were already participating in the program before the new additions.

What types of data are now being sought that were once considered niche?

The addition of these companies highlights a shift toward seeking data from remote sensing techniques that were considered niche a few years ago, such as thermal intelligence. OroraTech CEO Martin Langer noted that commercial thermal intelligence is now recognized as a valuable complement to traditional Earth observation systems.