Key Areas for AI-Driven SDV Innovation
Advanced Driver Assistance Systems (ADAS) Integration
Create AI-powered ADAS features like collision avoidance that detects erratic driving and preempts an incident or contextual modes that respond as a vehicle transitions from highways, into a city environment. Ensures consistent, scalable performance across vehicle models while enabling real-time, safety-critical functionality.
Next-Gen In-Vehicle Infotainment (IVI)
Deliver intelligent, cloud-connected infotainment that adapts to each driver. With centralized compute and real-time AI, it can recommend a playlist, booking a nearby restaurant, or syncing with your calendar — it’s all seamless, voice-activated, and continually evolving via over-the-air updates.
AI-Powered Cockpit Experiences
Enable voice assistants, gesture recognition, driver monitoring, and contextual personalization through centralized AI compute. Improves driver safety and comfort with intuitive, intelligent user interfaces.
Centralized Zonal Compute Architecture
Replace distributed ECUs with centralized compute nodes that run containerized software across multiple vehicle domains (powertrain, safety, user interface). Reduces hardware complexity and improves software reusability and maintenance.
SOAFEE
Collaborating to create an open-source, cloud-native SDV platform that supports multiple hardware configurations to radically simplify vehicle software through SOAFEE’s hardware-agnostic design.
Extensive Partner Ecosystem
Arm has a vast partner ecosystem with the OS and middleware solutions to help you build your full software stack.
Latest News and Resources
- NEWS and BLOGS
- Developer
Mixed Criticality
Convergence of HUD and HMI cockpit features with safety-critical ASIL B software.
Connected Vehicle and Increasing Importance of Security
Arm TrustZone and Arm Runtime Security Engine (RSE) deliver advanced security solutions, safeguarding critical operations for a secure, connected driving experience.