Why choose AE technologies
Powering intelligent machines
Delivers IP and technologies optimized for compute-intensive AI workloads, enabling autonomous machines and robots to operate efficiently in real-world environments.
Safety and reliability at scale
Engineered to help meet rigorous safety standards, ensuring autonomous and AI-defined systems perform reliably in mission-critical applications.
Flexible, scalable architectures
Supports a wide range of AI-defined machines and robotic systems, providing adaptable solutions for diverse Physical AI applications.
Enabling safe, scalable, high-performance innovation
Safety-certified
ISO 26262 certified for ASIL B–D, supporting everything from ADAS to autonomous control.
AI-ready performance
Arm Neoverse V3AE delivers top-tier AI/ML compute for real-time processing using Armv9.2.
Scalable architecture
Supports centralized, zonal, and edge compute across all vehicle domains.
Real-time intelligence
Low-latency, 64-bit real-time compute forms the backbone of safety-critical applications and fast onboard AI decision-making.
Innovation where it matters most
Advanced driver-assistance systems (ADAS)
Run real-time sensor fusion, AI inference, and safety-critical processing with guaranteed latency. This powers next-generation driver assist and automated driving features with predictable performance and functional safety.
Digital cockpit and IVI
Deliver rich, immersive graphics and AI-enhanced user experiences. Securely partition multiple operating systems on a single platform to enable a modern, mixed-criticality digital cockpit and in-vehicle-infotainment system.
Centralized vehicle compute
Unify compute workloads across the vehicle under a software-defined architecture (SDA). This enables safe mixed-criticality operation, from real-time control to infotainment, on a centralized, safety-certified compute platform.
Robotics
Deploy machine learning models directly at the edge for on-device object detection, adaptive behavior, and more. Leverage heterogeneous compute to bring AI-powered intelligence into real time without cloud dependency.
Ecosystem and partner collaborations
ROBOTIS AI autonomous robots
Geely’s intelligent cockpit and ADAS
Volkswagen’s intelligent driving future
Latest news and resources
- NEWS and BLOGS
- Podcast
Key takeaways
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IP and technologies built for compute-intensive AI workloads, powering autonomous machines and robotics in real-world environments.
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Engineered to help meet rigorous safety standards, ensuring AI-defined systems perform in mission-critical applications.
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Supports a wide range of AI-driven machines and robotics, enabling solutions across diverse physical AI applications.
FAQs
What are Arm AE technologies?
Arm AE technologies is a purpose-built portfolio of IP and technologies designed for physical AI, enabling autonomous machines, AI-defined platforms, and robotics with high performance, safety, and scalability.
What types of applications are AE technologies designed for?
AE technologies support compute-intensive AI workloads across autonomous driving, robotics, centralized compute platforms, and other safety and mission-critical physical AI systems.
How do AE technologies support safety-critical systems?
AE technologies are engineered to help meet rigorous safety requirements, supporting functional safety, real-time operation, and predictable performance in mission-critical environments.
How are AE technologies different from standard Arm IP?
AE technologies build on Arm’s proven architectures with enhancements tailored for autonomous and AI-defined systems, including higher performance, scalability, and safety-focused design.
Can AE technologies IP be used beyond automotive use cases?
Yes. While originally developed for automotive applications, AE technologies are designed to support a broad range of autonomous machine and robotics applications across the physical AI landscape.