INFLECION Project Launched to Transform Maritime Awareness with Satellites

A New Name In Maritime Satcom By '28
AAC Clyde Space has launched the INFLECION project with the European Space Agency to revolutionize maritime domain awareness. Valued at $32 million, the project aims to improve safety, efficiency, compliance, and environmental sustainability in the maritime industry. By combining various technologies, INFLECION is set to enhance global maritime operations by 2028.
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AAC Clyde Space has launched the INFLECION project, a groundbreaking initiative enabled by a contract with the European Space Agency (ESA). This project aims to revolutionize maritime domain awareness (MDA) through satellite technology. INFLECION is anticipated to significantly impact global maritime operations by addressing challenges and improving safety, efficiency, compliance, and environmental sustainability. The project, valued at $32 million, is co-funded by the UK Space Agency and will result in a new satellite constellation operational by 2028.

The INFLECION project combines VHF Data Exchange System (VDES), Signal Intelligence (SIGINT), and Synthetic Aperture Radar (SAR) technologies to provide real-time insights for vessels at sea, shipping companies, insurers, environmental agencies, and coastal authorities. This comprehensive solution is expected to enhance efficiency, reduce emissions, and combat illegal activities in the maritime industry. The project involves a partnership between AAC Clyde Space and various other organizations, including AST Marine, Bright Ascension, and Heriot-Watt University.

The development of the INFLECION project is divided into three phases: the definition phase, development phase, and demonstration phase. The definition phase, focused on setting needs and requirements, is set to be completed by the end of 2025. Following this, the development phase will involve building prototypes and systems over approximately 15 months. The final phase, demonstration, will focus on testing and preparing for commercial use, with the system expected to be fully operational by 2028.

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