Physical AI is Built on MIPS
Inference-native, Safety-native, Event native
Our Products
AI-native and Safety-capable Platforms for Event-Driven Physical AI
Building Open Compute for Physical AI. For decades, software adapted to hardware. Physical AI reverses that model. MIPS enables a new approach to computing where workloads drive architecture, software informs silicon, and open platforms accelerate innovation. Our innovations are designed to accelerate the development and deployment of Physical AI systems at scale.
Atlas Physical AI Stack
Full platform solutions that simplify Physical AI adoption.
ASSP & Custom Solutions
Delivering custom silicon optimized for Physical AI platforms using scalable, standards-based technology.
Atlas IP Processor
Markets We Serve
MIPS, now combined with ARC processor solutions, is uniquely positioned to deliver software-first platforms for automotive, aerospace, robotics, IoT and other embedded markets.
Automotive
Autonomy, electrification and software-defined architectures
Aerospace
Mission-critical, safety-native efficiency and precise control
Robotics / IoT
Safety-native, real-time responsiveness
AI Data Infrastructure
Power efficiency and data orchestration at scale
Embedded
Modular, scalable platforms designed for embedded AI workloads to enable system designers to tailor compute architectures to specific agent behaviors and token processing requirements for distributed intelligence
Latest News, Blogs and Events
MIPS Launches Workload-Native Platforms for Physical AI
- September 2, 2026
Inference-Native: MIPS Acies™ is an AI inference developer platform for modern edge workloads, with an open, standards-based NPU, an open software stack, and...
MIPS Leads Open Standards Development for Physical AI Platforms as RISC-V International Premier Member
- August 27, 2026
MIPS combines foundry scale, processor IP, software-first design tools, and open standards leadership to help customers build workload-optimized computing platforms for AI...
