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HPE Newsroom

HPE delivers industry’s highest-density performance for AI-driven science with supercomputing powered by 6th Gen AMD EPYC processors HPE releases annual Living Progress Report as AI uptake makes efficient, secure, and responsible digital infrastructure even more critical Using AI to build a more resilient network — from the inside out Honoring America’s innovation story and building what comes next HPE delivers six out of ten of world’s most powerful supercomputers HPE simplifies the supercomputing experience for sovereign AI research and large enterprises With data gravity reshaping the enterprise, HPE and Lumen are building the dynamic architecture to match Vultr selects HPE and NVIDIA for next-generation AI infrastructure for cloud-scale data centers HPE delivers unified agentic IT operations with GreenLake and HPE Morpheus Software Fighting fraud intelligently: HPE Nonstop Compute deploys agentic AI software for transaction processing with Lusis TANGO AIF HPE brings agentic AI into production with NVIDIA, delivering security, governance, scale, and sovereignty HPE expands self-driving networks across edge, campus, data center, and AI factories Siemens Energy chooses HPE to transform engineering with AI as global power demand surges The Power of One: Helping partners unlock ambition at HPE Discover 2026 HPE fuels partner growth with new incentives, partner-led offers, and unified program Honoring the HPE Partner of the Year 2026 Award winners for turning partnership into customer success HPE advances quantum computing at scale with expanded industry collaborations S k y Co., Ltd. accelerates secure AI development with HPE Private Cloud AI HPE reports fiscal 2026 second quarter results HPE introduces CPU server with NVIDIA-Vera CPU, purpose-built for Agentic AI HPE names Chris Hsu to Board of Directors HPE and Rowan University expand partnership to accelerate research and strengthen student workforce readiness The supercomputer that started it all: Honoring Cray-1 on the $1 American coin Modern connectivity for modern care: Mercy Health selects HPE to upgrade aged care across 40+ sites in Australia FASTFIVE selects HPE Aruba Networking SSE as its digital backbone to strengthen security and optimize IT operations Engineering innovation at scale: reflections from HPE Tech Con HPE to present live webcast of Investor Relations Summit at HPE Discover 2026 HPE positioned highest in execution and furthest in vision in 2026 Magic Quadrant™ for Enterprise Wired and Wireless LAN Infrastructure by Gartner® for fifth consecutive time Liverpool John Moores University invests in student hardship fund through HPE’s Circular IT Program HPE Discover Celebration: Where partnership finds its rhythm
HPE selected for R&D projects for U.S. DOE-led Genesis Mi...
Global Communication Team · 2026-07-22 · via HPE Newsroom

WASHINGTON, D.C. – July 22, 2026 – HPE (NYSE: HPE) today announced it has been selected to participate in multiple key research and development (R&D) projects in the first phase of the U.S. Department of Energy’s Genesis Mission. The awarded projects focus on advancing AI innovation and scientific discovery across AI model application, performance optimization, networking, cybersecurity, and water availability.

In addition to contributing to critical R&D, HPE is delivering some of the world’s most powerful machines to accelerate national AI efforts as part of Genesis Mission. These fully integrated systems include the upcoming “Lux,” which is expected to be the first dedicated AI system for science supporting Genesis Mission. HPE will deliver Lux in collaboration with AMD and Oak Ridge National Laboratory.

The Genesis Mission is a historic national initiative led by the U.S. Department of Energy, which is building the world’s most powerful integrated science discovery platform. By uniting government, industry, academia, and philanthropy, it is accelerating breakthroughs in energy, scientific discovery, and national security through a new platform that combines AI, supercomputing, quantum systems, and advanced scientific instruments.

The primary goal is to identify promising pathways toward transformative scientific capabilities and to establish a foundation for future investment and scalability. HPE will collaborate with project teams to design and demonstrate research workflows that integrate AI with scientific investigation, rigorously evaluating whether these approaches can accelerate discovery, enhance predictive capabilities, improve experimentation, or generate new scientific insights.

To date, HPE has been invited to participate in the following projects:

  • Agentic fusion co-pilot: Creating an agentic AI system that drives generative machine learning (ML) through reinforcement learning planning and use of physics foundation models to autonomously design, evaluate, and co-pilot fusion energy experiments in real time.
  • SwarmSlicer: Developing an AI-driven design for sensor, network, and GPU slicing to support swarm robotics applications hosted on next-generation 6G wireless networks.
  • SciNet: Creating a science-aware AI operations (AIOps) platform for self-driving, multi-facility workflows using predictive analysis and agentic coordination to optimize network operations for scientific outcomes, real-time proactive mitigation, and fault-tolerant execution.
  • Improving long-term weather forecasts: Researching new generative AI techniques that combine observations and physics to create better forecasts of U.S. water supply.   
  • Performance for distributed scientific workflows: Developing AI-driven models that enable scientists to automatically port and optimize complex workflows across highly distributed Genesis Mission resources to advance scientific discovery and research scalability.
  • Spotter-AI: Creating an AI-powered cybersecurity framework that captures detailed information on data anomalies by flagging and tracing the root cause of potential attacks to protect data integrity and enhance security and credibility of scientific AI workflows.

“We have a deep, decades-long R&D partnership with the U.S. Department of Energy and its national laboratories that has ushered in world-leading innovation in scientific computing,” said Andrew Wheeler, deputy CTO, senior vice president and director of HPE Labs. “We’re proud to expand our R&D collaboration, on top of delivering cutting-edge integrated AI systems, to contribute to the Genesis Mission and accelerate the nation’s AI-driven science and engineering initiatives.”

HPE’s involvement underscores its commitment to pioneering innovative technologies that support sovereign AI and the future of scientific research and discovery.