ATHOS SILICON

Multiple Systems on Chip™

mSoC™

RETHINKING AUTONOMY

Autonomous driving was promised by 2020, but platforms built on legacy PC-like architectures hit a wall, unable to meet the safety and performance demands of full autonomy.

These systems were designed for desktops and phones, not vehicles or robots safely navigating the real world. They rely on monolithic chips with single points of failure. One glitch. One thermal spike. One logic fault. The whole system goes down.

Athos Silicon's Multiple Systems on Chip (mSoC™) delivers a fundamentally redesigned, safe, high-performance chiplet-based autonomy platform for robotics, automotive, and avionics. mSoC™ anticipates and isolates hardware faults and reroutes around them in real time. No single point of failure.

SAFETY & PERFORMANCE

As autonomy stacks scale, complexity spirals. Thousands of software tasks compete for resources, data dependencies tangle, and CPUs choke on interrupts. Certification becomes impossible.

We've transformed unmanageable complexity into deterministic, reflex-based hardware. Purpose-built for functional safety, energy efficiency, and unparalleled bandwidth and performance.

Distributed scheduling with built-in voting logic enforces safety at the hardware level, meeting ASIL-D and DO-254 standards. The mSoC™ architecture is fully modular, allowing new chiplets such as AI, sensor fusion, or general-purpose compute to be added without redesigning the system.

This isn't repurposed consumer silicon. This is safety silicon.

EXECUTION, NOT HYPE

After years of development and a growing IP portfolio, Athos Silicon's mSoC™ platform is poised to lead the next era of safety-critical, high-performance compute across multi-billion-dollar autonomy markets. The silicon is taped out. We are actively collaborating with leading companies to integrate mSoC™ technology into next-generation autonomous systems.