Platforms
Cortus Platforms combine standard RISC-V processors and advanced AI inference technologies into a unified, scalable compute foundation..
From deterministic real-time control to high-performance AI perception, they enable efficient, safe, and flexible architectures for next-generation automotive and avionics systems.
Minerva™ — RISC-V Platform
Minerva is Cortus’ RISC-V platform dedicated to automotive microcontrollers, ranging from entry-level processors for body and chassis control to high-performance processors for ADAS, autonomous driving, and high-performance computing (HPC). It enables deterministic, real-time computing with high frequency and energy efficiency, providing a strong alternative to proprietary architectures.
- 32- to 64-bit processor architecture
- Up to 4 GHz performance
- In-order and out-of-order processing capabilities
- Deterministic real-time execution
- Designed for automotive and aerospace systems
Ermes™ — AI Inference Platform
Ermes is Cortus’ AI inference platform designed for computer vision and image processing. Its scalable architecture supports a wide range of AI inference configurations, from 100 TOPS to more than 2,048 TOPS, enabling high-performance AI applications across automotive and aerospace systems.
- 100 to 2,048+ TOPS scalability
- Compact die size
- Low power consumption
- High energy efficiency
- CNN, DNN, and Vision Transformer
Key Benefits for Automotive OEMs & Tier-1s
- 15× power savings compared to traditional AI chips
- Significantly lower cost versus GPU-based solutions
- Real-time AI vision processing with integrated safety
- Scalable across mass-market and premium vehicle platforms
