Belgian space technology company EDGX has completed a €2.3 million seed funding round to accelerate development of its artificial intelligence computing platform for satellites. The investment will support commercial deployment of the company’s Sterna system, which processes data directly aboard spacecraft rather than transmitting raw information to Earth.
The funding round drew support from imec.istart future fund and the Flanders Future Tech Fund, managed by PMV, Flanders’ public investment entity. EDGX also announced a €1.1 million commercial agreement with an undisclosed satellite operator and confirmed its inaugural orbital test aboard a SpaceX Falcon 9 rocket scheduled for February 2026.
Onboard Processing Addresses Industry Bottleneck
Traditional satellite operations rely on a “store-and-forward” model where spacecraft collect vast amounts of raw data and beam it to ground stations for analysis. This approach creates significant latency and bandwidth limitations as satellite constellations expand.
EDGX’s Sterna data processing unit tackles this challenge by running machine learning algorithms directly in space. Built around NVIDIA Jetson Orin hardware, the system enables real-time decision-making capabilities that reduce both transmission delays and data volume requirements.
“The space industry is hitting a fundamental bottleneck” ~ Kris Vandenberk, managing partner at imec.istart future fund.
The Sterna platform operates on EDGX’s proprietary SpaceFeather software architecture, which includes radiation-hardened Linux operating system components, automated health monitoring, and fault recovery mechanisms. The software framework allows operators to deploy new capabilities after launch.
Commercial Traction Ahead of Flight Testing
Despite not yet completing orbital validation, EDGX has secured customer commitments that demonstrate market demand for space-based computing solutions. Company founder and CEO Nick Destrycker noted that commercial interest has preceded flight testing milestones.
“Customers aren’t waiting for flight validation, they’re signing now” ~ Nick Destrycker, founder and CEO.
The company has scheduled two missions for 2026, with applications spanning spectrum monitoring, Earth observation, and telecommunications network support. These use cases reflect growing requirements for autonomous satellite operations as constellation sizes increase.
European Space Technology Investment
The funding reflects broader European Union initiatives to strengthen regional capabilities in critical space infrastructure. As geopolitical competition intensifies in the space domain, European investors are backing domestic technology developers.
EDGX co-founder and CTO Wouter Benoot emphasized the team’s technical approach to space system development, noting the challenges of entering the industry with comprehensive solutions.
“Going from zero to a hundred, all-in, on a space startup is ambitious” ~ Wouter Benoot, co-founder and CTO.
PMV’s Roald Borré highlighted EDGX’s position among European companies offering high-performance, accessible edge computing solutions for space applications. The investment aims to support the Flemish team’s market entry and continued technology development.
Market Timing and Technical Readiness
With thousands of satellites currently operational and constellation-based services becoming integral to commercial and government operations, the ability to process information in orbit represents a fundamental capability shift. EDGX’s approach addresses bandwidth constraints while enabling autonomous spacecraft behavior.
The February 2026 Falcon 9 demonstration will provide critical flight validation for the Sterna system. Success in this initial orbital test could accelerate commercial adoption across multiple satellite applications, from environmental monitoring to next-generation wireless networks.