Maris-Tech Adapts Venus-Pro for LEO Satellites; Embeds AI for 25 Gbps Video
Maris-Tech announced Venus-Space, an AI-powered edge computing platform designed for low earth orbit (LEO) nano satellites. This solution enables 25 Gbps video acquisition and onboard AI inference, allowing satellites to process and filter data in orbit to reduce bandwidth usage and latency for terrestrial streaming. Venus-Space is an upgraded version of their Venus-Pro platform, adapted for space applications.
Key Takeaways
- Venus-Space is an upgraded version of Maris-Tech's Venus-Pro platform, adapted for space applications.
- The platform supports ultra-high resolution video acquisition at speeds up to 25 Gbps.
- Onboard AI inference allows satellites to process and filter data in orbit, transmitting only actionable insights.
- Venus-Space reduces latency and bandwidth strain by processing data closer to its creation.
- Maris-Tech CEO Israel Bar noted growing demand for compact AI-driven imaging and processing solutions in new frontiers.
Why It Matters
Maris-Tech's Venus-Space introduces sophisticated edge AI processing directly into low Earth orbit nano satellites. This capability allows for significant reductions in data transmitted to Earth, addressing critical challenges of bandwidth and latency in satellite-based video streaming and observation. Moving processing to the edge transforms satellites from simple relays into intelligent compute nodes, with implications for real-time data analysis in applications like Earth observation and remote connectivity. Streaming industry players should watch for the adoption rates of such edge processing solutions, as they could impact the infrastructure required for receiving and processing satellite-derived video data and services.
Read full article at maris-tech.com
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