Arm designs the most power-efficient compute platforms on the planet, and its architecture now spans everything from tiny sensors to smartphones, automobiles, and the datacentre. Arm's unique combination of performance and efficiency has changed the world once already and now position it to power future technologies.

• Arm's datacentre credibility was cemented by Fugaku (Fujitsu's A64FX-based system, formerly the world's fastest supercomputer) and continues through Arm Neoverse-based processors such as NVIDIA Grace and AWS Graviton. Their performance-per-watt and memory bandwidth set them apart by addressing the power constraints that dominate HPC facility planning. The Arm software ecosystem for HPC (compilers, maths libraries, and broad Linux distribution support) is mature, and OCF can help customers evaluate and port codes.
• Arm cores are ubiquitous inside storage controllers, DPUs, and SmartNICs.
• NVIDIA's Grace Hopper and Grace Blackwell superchips couple Arm-based Grace CPUs to flagship GPUs with coherent, high-bandwidth NVLink connections. In turn, this makes Arm central to many of today's state-of-the-art AI systems.

Arm's differentiator is efficiency. As power becomes the binding constraint on HPC and AI growth, Arm's architecture offers a path to more science per megawatt.