AAC Clyde Space has completed the definition phase of the INFLECION programme, a satellite-enabled system for safer oceans, smarter shipping and a greener future. The completed phase has defined the mission concept, service offering and system architecture, establishing how the planned system will be built and delivered.
The system is designed to detect and analyse activity at sea. It supports maritime safety, environmental monitoring and the detection of dark vessels and other illegal activities such as smuggling and unregulated fishing. It also enables more efficient routing, helping reduce emissions and improve port operations. To achieve this, INFLECION combines several space-based technologies. These include VDES communication, radio-frequency sensing (SIGINT), and synthetic aperture radar (SAR) satellites capable of detecting vessels even through clouds and darkness.
"With INFLECION we are advancing the next generation of maritime intelligence services from space," says Luis Gomes, CEO of AAC Clyde Space. "This builds on our heritage as a leading provider of maritime data from space and our pioneering work in next-generation VDES technology." INFLECION is co-funded by the UK Space Agency through an ESA ARTES Partnership Project within ESA's Connectivity and Secure Communications. The programme is being developed together with a consortium of industry and research partners.
The completion of the definition phase is a significant milestone for the INFLECION programme," said Henny Sands, Head of Telecommunications, UK Space Agency. "This work demonstrates how UK industry is advancing the next generation of maritime intelligence and secure communications that improve maritime safety, strengthen environmental monitoring, and support more efficient global shipping. These early design outcomes lay the foundations for services that can be deployed at scale and deliver long-term benefit for the UK and international partners." Following completion of Phase 1, contract negotiations for the programme's next development phase are underway, with an update expected during the second quarter of 2026.
Click here to learn more about AAC Clyde's Space Transmitters
