The Next Quantum Breakthrough May Depend on Integration, Not Just Processing Power

Disseminated on behalf of SuperQ Quantum Computing Inc. and may include paid advertisements.

• Recent collaboration between IBM, Oak Ridge National Laboratory and AMD highlights the importance of integrating quantum processors with classical computing infrastructure to advance quantum error correction and practical applications.
• SuperQ Quantum Computing Inc. is pursuing a complementary strategy through its live Super(TM) platform and the development of Super OS(TM), a Cloud and On-site Operating System for Hybrid Quantum Computing, and Super Nova(TM), SuperQ’s Quantum Computer and Foundry.
• The company’s strategy brings together existing software capabilities, software orchestration, hardware development and interoperability as organizations explore how quantum computing can work alongside existing technology.

Quantum computing is often discussed in terms of processor performance, qubit counts and the potential to solve increasingly complex problems. Yet, as the technology advances, another consideration is becoming increasingly important: how effectively quantum processors can work alongside the classical computing systems that support them. Connecting quantum processing units (“QPUs”) with conventional central processing units (“CPUs”) and graphics processing units (“GPUs”) may prove essential to error correction, coordinating workloads and moving emerging quantum capabilities toward practical applications.

A recent initiative involving IBM, the U.S. Department of Energy-funded Quantum Science Center at Oak Ridge National Laboratory (“ORNL”) and AMD illustrates this direction. Announced Nov. 5, 2026, the collaboration introduced a co-design platform for quantum error correction that brings IBM quantum processors together with ORNL’s high-performance computing infrastructure, powered by AMD GPUs and CPUs. The platform is intended to help researchers evaluate quantum-classical workflows, optimize error decoding and explore the computing architectures needed to support more reliable quantum systems.

The development highlights an industry shift in which progress may depend not only on advances in quantum hardware, but also on the software and infrastructure connecting different computing resources.

SuperQ Quantum Computing Inc. (CSE: QBTQ; OTCQB: QBTQF) is advancing its own strategy around this broader hybrid computing opportunity. The company’s live Super(TM) platform enables users to address complex optimization, simulation and artificial intelligence workloads. Building on this existing software foundation, Super OS(TM) is in development as a Cloud and On-site Operating System for Hybrid Quantum Computing, intended to coordinate conventional CPUs, GPUs and QPUs within a unified computing environment.

Interoperability is an important part of SuperQ’s Super OS(TM) development strategy. The company’s roadmap outlines an initial focus on application programming interface-driven solver orchestration, with subsequent development intended to introduce more direct quantum control electronics and error decoding. The approach is intended to support coordination across different computing architectures, while potentially giving organizations greater flexibility as they evaluate quantum resources and applications.

Complementing these software capabilities, SuperQ is developing Super Nova(TM), its Quantum Computer and Foundry initiative. The project is intended to support the company’s hybrid quantum computing strategy, with Super OS(TM) designed to operate natively within the planned hardware architecture.

As the quantum computing industry works toward more practical and scalable systems, integration across hardware and software may become an increasingly important differentiator. Through its live Super(TM) platform and development of Super OS(TM) and Super Nova(TM), SuperQ is pursuing a strategy that brings these elements together. The company’s ability to advance interoperability, hardware development and commercial execution will be important factors in translating that broader vision into practical applications.

For more information, visit www.superq.co.

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