Five standard products × four professional services × multiple deployment scenarios: from architecture design, cockpit LLMs and domain-controller production to functional-safety certification, one technology foundation covers the entire software-defined vehicle lifecycle.
Transformation, experience and compliance pressure combined
New architectures are risky to adopt while legacy assets cannot be abandoned; a cross-architecture, progressively evolvable software platform is missing.
Traditional architectures lack an on-device AI runtime, AI compute competes with real-time control, and offline operation plus data compliance must be satisfied together.
UN R155 / R156 draw hard regulatory lines — miss the window and vehicles cannot be launched; ASIL-D certification experience is scarce.
Domain controller software and hardware take long to verify, testing labor costs are high, and expert knowledge rarely becomes reusable assets.
Standard products combined with professional services
New architecture evolution with legacy-asset protection across three E/E architectures; SOA middleware and deterministic runtime form a cross-platform software foundation.
Integrated cockpit-vehicle central compute: AI-native cockpit with a local LLM, fully functional offline; harness savings of 30–40% and compute scheduling efficiency above 60%.
Integrated hardware-software delivery: shorter verification cycles, lower compliance risk, 15-year / 1.3-million-km lifecycle.
Full ISO 26262 + R155 / R156 implementation with AI-driven compliance document generation and verification across all vehicle levels.
