Zaitra develops onboard data processing solutions, including hardware DPUs and software compression suites, to optimize satellite downlink capacity and latency. Their AI-powered software, SKAISEN, performs real-time object detection and cloud screening directly in orbit. This technology transforms raw satellite data into actionable intelligence, significantly reducing transmission costs for Earth Observation missions.
Funding
$1.9M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Traditional satellite data processing methods often face limitations in downlink capacity and latency, leading to increased costs and delays in accessing valuable information. The vast amounts of raw data generated by satellites require efficient onboard processing to reduce the burden on ground-based infrastructure.
Solution
Zaitra offers onboard data processing solutions that leverage artificial intelligence to enhance spacecraft autonomy and optimize data transmission. Their technology filters noise and extracts relevant information directly on the satellite, significantly reducing the volume of data that needs to be downlinked. This approach minimizes downlink costs, improves data latency, and enables real-time decision-making for space missions. Zaitra's solutions include both hardware, in the form of space-qualified data processing units, and software, with AI models tailored for integration into embedded devices used in satellites.
Target Audience
Zaitra's primary customers include organizations involved in Earth observation, space exploration, and satellite operations, particularly those seeking to reduce data transmission costs and improve the efficiency of their space missions.
Features
- SKAISEN: Onboard object detection software proven in space.
- SKAIDOCK: Space-qualified data processing unit for onboard AI integration.
- AI-powered noise filtering and data reduction algorithms.
- Edge computing capabilities for real-time data analysis on satellites, drones, and planes.
- Expertise in FPGA and RISC-V solutions for optimized hardware performance.
- Custom flight software development to maximize spacecraft capabilities.
- Integration of AI-based solutions into embedded devices.