AI-driven applications in space demand extreme efficiency, radiation resistance, and adaptability. ZeroV solutions deliver custom FPGA-based hardware, software tools, and development expertise tailored for the unique challenges of autonomous perception and real-time decision-making in space.
Space-based AI faces harsh realities: limited power budgets (often <10-50W), intense radiation environments that corrupt data and damage hardware, and the need for flexible, remotely upgradable systems. Traditional solutions fall short. ZeroV tackles these issues head-on with:
FPGA-based GPU designs with onboard tensor acceleration engineered to minimize energy consumption while delivering high-performance AI/ML inference.
Proven, fault-tolerant techniques for radiation mitigation, including triple modular redundancy (TMR), data error correction, and continuous hardware health monitoring tailored for LEO, GEO, and deep-space missions.
Modular IP cores and reconfigurable architectures that support in-orbit updates and evolving mission requirements.
ZeroV services include design, verification, validation, test, and sustainment.
