Advancing Autonomous Innovation

As AI moves beyond generating content to sensing, reasoning, and acting in the physical world, the compute demands increase. From autonomous robots and intelligent vehicles to industrial automation and healthcare, AMD delivers the industry's broadest portfolio of heterogeneous compute, open technologies, and ecosystem partnerships to help customers build, deploy, and scale autonomous physical AI systems.

The Complete Foundation for Autonomous Systems

Open and Scalable

Broad portfolio of processors, adaptive SoCs, FPGAs, software, and ecosystem partners that give developers the flexibility to build the right solution, with open- source technologies

Heterogeneous Compute

Combines AI inference, high-performance processing, sensor aggregation, and deterministic control to support the full physical AI pipeline

Built for Real-World Deployment

Designed for real-time, safety-critical environments where autonomous systems must sense, reason, and act reliably

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Autonomous Robotics

Robotics is the next defining platform for physical AI. As robots move beyond structured automation into dynamic, human-centered environments, they require AI reasoning, deterministic control, and real-time execution working together. AMD delivers the industry's broadest portfolio for autonomous robotics—from body to brain—built on heterogeneous compute, open technologies, and a broad partner ecosystem.

Smart factory with autonomous AI-powered mobile robots coordinating production
Self-driving sedan cruising on a multi-lane highway

Autonomous Vehicles

Automotive is the first scaled deployment of physical AI, where AI must perceive, reason, and act safely in real time. AMD powers intelligent vehicles with a portfolio spanning AI-enhanced ADAS, in-vehicle AI experiences, and deterministic compute for autonomous driving—built on open technologies and scalable architectures.

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AMD Physical AI Portfolio

Developer Platform

The AMD Kria™ AI Robotics Developer Platform is the industry’s first open, fully integrated platform for autonomous robotics. It combines an AMD Kria AI SOM for real time control and AI reasoning, adaptive computing for sensor aggregation, and a robotics baseboard featuring a multitude of sensor and communication interfaces, supported by the AMD Robotics Software Suite.

SOM

The new AMD Kria AI SOM powers the brains of a robot system, offering a single platform for real-time control, AI reasoning with unified memory on an integrated platform, powered by  AMD Ryzen AI Embedded X100 Series processors.

x86 Processors

AMD Ryzen AI Embedded  x86  processors integrate leadership CPU, GPU, and AI architecture optimized for real-time AI, robotics, automation, and intelligent embedded systems.

FPGAs & Adaptive SoCs

A broad portfolio of AMD FPGAs and adaptive SoCs enable deterministic motor control, real-time sensor fusion, machine vision, and hardware acceleration, delivering low-latency processing, flexible connectivity, and power-efficient performance for advanced robotics and industrial automation. 

Physical AI Software

AMD delivers an open, portable software stack with the maturity of the x86 ecosystem to help accelerate development and deployment.

AMD Robotics Software Suite

Based on Open Standards
AI Models  •  Sensors  •  Simulation  • Digital Twin

AMD Physical AI Software Stack diagram

Partners

The AMD Robotics Partner Directory brings together a global ecosystem of companies building robotics boards, modules, kits, and embedded solutions for robot OEMs. From hardware solutions to AI software and full-system integration, partners in this ecosystem enable customers to move from concept to deployment with confidence. 

Contact an Embedded Expert

Need further help? Fill out our form to be contacted by the AMD Embedded team.