IPXCHANGE VIDEO INTERVIEW WITH ATHOS SILICON CHIEF mSoC™ ARCHITECT FRANCOIS PIEDNOEL
SANTA CLARA, CA — ipXchange features a video interview with Athos Silicon CTO and Chief mSoC™ Architect Francois Piednoel, examining how Athos Silicon is eliminating single points of failure in autonomy compute with a safety-first Multiple System-on-Chip (mSoC™) architecture that integrates redundancy and real-time voting directly in silicon.
Their coverage highlights Athos Silicon's "silicon democracy" approach. Parallel chiplet execution with hardware voting and fault isolation enables certifiable Level 3/4 autonomy, improves power efficiency versus legacy monolithic SoCs, and accelerates the Polaris mSoC™ path to early customers across automotive, robotics, avionics, and other mission critical domains.
Watch the full ipXchange interview here: ipXchange - Athos Silicon's Multiple System on Chip for Safe Autonomy
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About Athos Silicon
Athos Silicon, founded in 2025, is building the world's first functionally safe chiplet-based compute platform for real-time autonomy in robotics, automotive, and avionics. Its Multiple Systems on Chip (mSoC™) architecture enables modular scaling of compute resources with safety, determinism, and power efficiency. mSoC™ unlocks a new era of trusted, certifiable autonomy.