Upgraded edge computing platform delivers ultra-high-resolution video acquisition, onboard AI processing, and real-time streaming for space applications.

Rehovot, Israel, June 01, 2026 (GLOBE NEWSWIRE) -- Maris-Tech Ltd. (NASDAQ:MTEK, MTEKW))) ("Maris-Tech" or the "Company"), a global leader in artificial intelligence ("AI")-based edge video processing technology, today announced it is increasing its efforts in the space sector with the development of the Venus-Space video and AI edge computing solution, designed specifically for low earth orbit ("LEO") nano satellites.

The development of Venus-Space was initiated following inquiries from potential customers regarding advanced onboard processing capabilities for space platforms. The new solution is an upgraded version of the Company's field-programmable gate array-based Venus-Pro, which was originally designed to provide situational awareness for armored vehicles.

As the space industry moves toward cloud-to-edge computing architectures, modern LEO nano satellites increasingly integrate ultra-high resolution cameras that require onboard recording, edge computing, and streaming capabilities directly to Earth. By processing data closer to where it is created, Venus-Space is designed to significantly reduce latency and bandwidth usage, allowing satellites to act as intelligent compute nodes rather than simple communication relays.

Key Capabilities of Venus-Space include:

  • High-Speed Data Acquisition: Capable of supporting ultra-high resolution video acquisition at speeds up to 25 Gbps.
  • Flexible Storage and Streaming: Enables local onboard recording of both raw and compressed video.
  • Advanced Radio Frequency Datalink: Supports the streaming of time-shifted pre-recorded video or low latency, scaled-down live video back to Earth.
  • Onboard AI Inference: Leveraging advanced AI acceleration, the platform allows for the implementation of a variety of space-based AI networks, ensuring that only actionable insights are transmitted to terrestrial stations.