Core Technology

1. A Platform RISC-V Architecture: Redefining TCO

A smooth evolution from control to compute. Lysotech builds its product line on one scalable RISC-V architecture, keeping the instruction set and software stack highly compatible from one generation to the next.

  • Reuse: software assets carry across domains and performance tiers, removing the waste of starting each chip generation from scratch.
  • Long-term evolution: architectural consistency significantly lowers customers’ total cost of ownership.

2. ISO 26262 Functional Safety: From ASIL-B to ASIL-D

Functional safety is built into our chip architecture and our engineering methods, supporting applications from entry-level control through to advanced domain control.

  • A systematic approach: for safety-critical applications we support the full path from architecture planning and safety mechanisms through to traceable safety documentation.
  • Predictable delivery: disciplined safety processes help customers complete system-level functional-safety assessment and validation faster.

    3. Automotive Software Ecosystem: Aligned with AUTOSAR

    Lowering integration barriers and accelerating deployment. Lysotech prepares pre-integration for mainstream automotive ecosystems, shortening the path from the lab to the vehicle.

    • Full-stack support: a complete basic software layer, MCAL drivers and RISC-V development toolchains.
    • Ecosystem collaboration: we work with partners to adapt the software stack and support engineering deployment in complex vehicle systems.

        4. Automotive-Grade Engineering: Ready for Volume Production

        We focus on automotive-grade reliability and consistency and combine them with local supply-chain strengths to build a robust path to volume production.

        • Engineering validation: design-for-test (DFT) and test planning across the full flow, so that every device meets demanding automotive requirements.
        • Agile collaboration: close coordination between R&D and the supply chain accelerates the path from samples to mass production.