QuEra and HPE Integrated Quantum with Supercomputers

The partnership aims to bring on-premises, hybrid quantum-classical computing to researchers by combining neutral-atom systems with Cray platforms.

Updated on Sept. 22, 2026 in Quantum Computing

Isometric editorial illustration showing brushed-metal server towers linked by a glowing lattice of atomic trap filaments, representing quantum computing integration. — QuEra and Hewlett Packard Enterprise have partnered to integrate neutral-atom quantum processors directly into Cray supercomputing platforms for hybrid research workflows. AI Illustration. Upload story photo >

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QuEra and HPE have announced a partnership to integrate neutral-atom quantum computing systems directly into HPE Cray supercomputing platforms. This integration, which builds on a collaboration that began in 2025, is currently in the development phase for hybrid workflows.

Why it matters

This move enables organizations to run quantum subproblems alongside classical high-performance computing workloads on-premises. It aligns with U.S. national priorities for developing integrated science discovery platforms.

The companies demonstrated magic-state quantum computing during HPE Discover 2026, targeting a system capable of performing one million logical operations. The integration efforts focus on software interoperability and hybrid algorithm co-design.

The players

QuEra

A developer of neutral-atom quantum computers based in Boston with operations in multiple international hubs.

HPE

A global enterprise technology company known for its high-performance Cray supercomputing infrastructure.

The details

The collaboration leverages neutral-atom quantum systems—a technology that uses lasers to trap and manipulate individual atoms as qubits—to augment HPE Cray supercomputing platforms. By developing dedicated testbeds, the partners aim to link quantum processing directly to classical high-performance computing architectures. This allows complex tasks to be offloaded to the quantum hardware, requiring deep software-level integration to manage data exchange between the two systems.

2025: QuEra began working with HPE.
September 22, 2026: QuEra and HPE announced the new collaboration.
2028: Libra quantum system targeted for cloud availability.

The Tech Race

This collaboration follows a trend set by the U.S. national priorities for integrated science discovery platforms, emphasizing sovereign, on-premises research capabilities. It moves the needle on the race to unify classical supercomputing with fault-tolerant quantum hardware.

For now, the integration is aimed at institutional and research users requiring tight coupling between quantum and classical systems. Future availability will depend on the development of testbeds and the projected 2028 cloud rollout of the Libra system.

The takeaway

The industry is moving toward a hybrid model where quantum processors function as specialized accelerators for classical supercomputers. Observers should track the progress of the Libra system's 2028 cloud release as a benchmark for fault-tolerant performance.