Hyperion in the News

The market for HPC and AI for science solutions grew a healthy 17% in 2025, Hyperion Research said during a briefing at 2026 ISC today in Hamburg, Germany. While the growth figures don’t match the scorching 23.4% growth figure recorded in 2024, they still are respectable from a historical perspective.

The automotive development and manufacturing industry is no longer merely adopting advanced computing; it is being reorganized around it.

In the latest edition of the Chemical Engineering Podcast, senior editor Scott Jenkins moderates a panel discussion with members of an award-winning project at the intersection of high-performance computing, quantum computing and artificial intelligence (AI) technology.

The accelerating complexity of artificial intelligence (AI) workloads and high-performance computing (HPC) is reshaping infrastructure requirements across industries. Large language models, multimodal AI, agentic AI, and advanced scientific simulations demand unprecedented compute power, memory bandwidth, and energy. These requirements extend beyond raw performance to include orchestration flexibility, cost optimization, and compliance readiness. Organizations have nearly unanimously adopted AI integration for their traditional workloads, and a recent Hyperion Research study indicates several key elements of continued expansion:

Steady progress has been made in the field of quantum computing, and early adopters have begun spending real money on real systems to solve real problems. If the progress continues–and it appears that it will in 2026–then it would be a good idea for HPC users to begin thinking about how they’re going to adopt quantum computing.

ST PAUL, Minn., November 18, 2025—Hyperion Research announced the recipients of the 21st round of HPC Innovation Excellence Awards at their annual HPC/AI Market Update Breakfast during SC25.