AMD is committing up to £5 million in computing resources to support a new Oxford-based research lab focused on frontier artificial intelligence, with a specific emphasis on embodied AI systems like robots. The chipmaker has signed a memorandum of understanding with the British Open-ended Learning and Discovery Lab (BOLD), a collaboration between the University of Oxford, University College London, and Imperial College London, to provide infrastructure and technical expertise during the lab's first eighteen months of operation.

What Is Embodied AI and Why Does It Matter?

Embodied AI refers to artificial intelligence systems that interact with the physical world through robotic bodies or other hardware, rather than existing purely as software. Unlike traditional AI models that process text or images, embodied systems must understand spatial relationships, physics, and real-world constraints. BOLD's research agenda explicitly includes work on embodied systems such as robots, positioning this partnership as a significant investment in the next frontier of AI development beyond large language models.

The lab will organize its research around three core pillars that reflect this broader vision. These include developing new learning algorithms, creating human-centered AI approaches, and advancing embodied systems. By combining these research directions, BOLD aims to translate academic breakthroughs into practical open-source tools and encourage commercial applications.

How Will AMD Support This Research?

• Computing Infrastructure: AMD will provide and maintain specialized hardware infrastructure, supplemented by cloud service providers and public-sector partnerships, giving researchers access to the computational power needed for large-scale experiments.
• Software Optimization: The company will work with BOLD researchers across the AI technology stack, exploring novel ways to optimize AI workloads using its open-source software ecosystem, particularly the AMD ROCm software platform.
• Open-Source Development: AMD will help BOLD researchers publish research software, benchmarks, and evaluation tools, making discoveries accessible to the broader scientific community rather than keeping them proprietary.
• Research Collaboration: AMD researchers will collaborate directly with BOLD scientists on experiments exploring model training techniques beyond backpropagation, multi-agent systems, and adaptive physical AI approaches.

The research program will unfold in phases, with Phase 1 focusing on broad exploratory experiments to identify the most promising research directions. Later phases will follow up on select findings and validate ideas that show the most potential.

"Through our memorandum of understanding with the BOLD lab, AMD is exploring bringing together advanced computing, open software and technical expertise to help researchers pursue ambitious new frontiers in AI," said Thomas Zacharia, senior vice president of global public sector and strategic partnerships at AMD. "By expanding access to compute and supporting open academic research, our aim would be to help BOLD researchers accelerate experimentation and contribute to the UK's leadership in AI innovation and scientific discovery."

Thomas Zacharia, Senior Vice President, Global Public Sector and Strategic Partnerships at AMD

What Makes This Partnership Significant for Physical AI?

This collaboration signals growing recognition that embodied AI and robotics require different research approaches than traditional machine learning. The lab's focus on adaptive physical AI suggests researchers will explore how robots can learn and adjust their behavior in real-world environments, a challenge that goes beyond training models on static datasets.

The partnership also reflects a broader UK strategy to maintain leadership in AI research. BOLD is one of two labs receiving a share of £60 million in government funding over the next six years, as part of the £1.6 billion UKRI AI Strategy designed to strengthen the country's position in AI innovation. AMD's commitment complements this government investment and demonstrates private-sector confidence in the research direction.

"BOLD aims to advance a more open, efficient and human-centered path for AI through collaboration between academia and industry. Working with AMD, the University of Oxford would combine world-leading research with computing technology to test ideas, learn quickly and translate breakthroughs into applications," explained Jakob Foerster, associate professor at the University of Oxford's Department of Engineering Science. "This support would help BOLD develop approaches to learning, human-AI collaboration and embodied intelligence while expanding open access to computing resources that benefit science, healthcare, education, transportation and public services globally."

Jakob Foerster, Associate Professor, Department of Engineering Science at University of Oxford

This announcement represents AMD's latest commitment to UK AI research. In June 2026, the company announced plans to invest £2 billion in the UK to drive AI innovation and expand access to computing resources for enterprises across the country. By supporting BOLD alongside other research initiatives, AMD is positioning itself as a key infrastructure provider for the next generation of AI breakthroughs, particularly in areas where physical systems interact with intelligent algorithms.