Maris-Tech Introduces Venus-Space with 25 Gbps AI Edge Computing for LEO Satellites
MTEK•Maris-Tech launched Venus-Space, an upgraded FPGA-based edge computing platform for LEO nano satellites, supporting ultra-high-resolution video acquisition at up to 25 Gbps with onboard recording and AI inference. The system reduces latency and bandwidth usage by streaming compressed or time-shifted video and delivering actionable AI insights directly from orbit.
1. Product Launch
Maris-Tech unveiled Venus-Space, its first edge computing solution designed specifically for low Earth orbit nano satellites. Development was driven by customer inquiries for advanced onboard processing in space, extending the proven Venus-Pro architecture originally built for armored vehicles into orbital applications.
2. Technical Capabilities
Venus-Space supports ultra-high-resolution video acquisition at speeds up to 25 Gbps, local recording of raw and compressed video, and a radio-frequency datalink for live or time-shifted streaming. Integrated AI acceleration enables onboard inference of complex neural networks, ensuring only actionable insights are transmitted to ground stations.
3. Strategic Market Impact
By processing data where it’s created, Venus-Space aims to cut latency and bandwidth costs for Earth observation, remote connectivity and space-based AI networks. This platform positions Maris-Tech to capture a growing share of the LEO satellite market as operators seek intelligent compute nodes rather than simple relay systems.
