Code Metal provides a platform combining artificial intelligence with formal verification to translate high-level code into optimized, verifiable implementations for deployment across different hardware targets. The system enables teams to write code once - in languages such as Python - and deploy it to drones, sensors, autonomous vehicles, and other embedded systems while meeting strict safety standards required in mission-critical applications.
The platform addresses a practical engineering problem: avoiding vendor lock-in, modernizing legacy systems, and accelerating production timelines without compromising reliability. It is used by Boeing, Bosch, Raytheon, and the US Air Force, reflecting its applicability across aerospace, defense, automotive, and robotics sectors. The company has raised $36.5M in funding.
Code Metal's approach bridges the gap between high-level software development and low-level hardware constraints. By combining AI-driven optimization with formal verification - mathematical proof that code meets its specifications - the platform produces implementations suitable for systems where software failures are unacceptable. This technical foundation positions the company to serve organizations managing complex, safety-critical deployments across multiple hardware architectures.
