**Oracle and Quantinuum Partner to Bring Quantum Computing to Oracle Cloud Infrastructure**
Oracle and Quantinuum have announced a multi-year partnership to make Quantinuum’s Helios quantum computer available through Oracle Cloud Infrastructure (OCI). This collaboration will give OCI customers access to quantum hardware alongside existing GPU and high-performance computing (HPC) services, marking a significant step in bringing quantum computing into mainstream cloud environments.
Under the terms of the agreement, Helios will be installed at an Oracle AI data centre in the United States and operate within OCI infrastructure. Customers are expected to access the system through Oracle’s quantum service, eliminating the need to procure or operate dedicated quantum hardware. While financial terms and a deployment date have not been disclosed, Oracle plans to preview its OCI quantum service in the coming months.
### **Oracle Puts Helios Inside OCI**
Oracle joins a growing list of cloud providers offering quantum computing access, including Amazon Braket, Microsoft Azure Quantum, and IBM Quantum Platform. Unlike other models that rely on multiple hardware partners, the Oracle agreement involves hosting Quantinuum’s Helios system directly within Oracle’s infrastructure.
Helios is described as a third-generation trapped-ion quantum computer, featuring 98 physical qubits and demonstrated capabilities with 48 logical qubits. It records an average two-qubit gate fidelity of 99.921%, a key metric for quantum accuracy and error reduction. The system is designed to operate in hybrid environments, combining quantum processing with conventional HPC and AI systems.
The integration will connect Helios with OCI compute, networking, storage, identity, and data services, allowing customers to use existing governance and access controls. Developers will be able to build, test, and refine quantum-classical applications using Quantinuum’s tools combined with open-source hybrid programming frameworks.
### **Building Hybrid Quantum Workloads**
Hybrid quantum-classical computing is becoming a central model in the industry. In this architecture, conventional CPUs, GPUs, or HPC systems handle standard computations, while specific tasks are offloaded to quantum processing units (QPUs). AWS already supports this through Amazon Braket Hybrid Jobs, and Microsoft Azure Quantum offers similar workflows.
Oracle plans to follow a comparable model by placing Helios alongside its existing GPU and HPC infrastructure. Rather than replacing classical systems, the quantum processor will target workloads best suited for quantum execution. Microsoft’s approach, which includes syntax checkers, emulators, and direct access to Quantinuum hardware, provides a reference for how such integrations might evolve.
Oracle’s quantum service is expected to combine Quantinuum’s software stack with open-source frameworks, creating a pathway from development to execution. This model supports applications in materials research, drug development, logistics, energy, and financial modeling—areas identified by both companies as high-potential quantum use cases.
Quantinuum CEO Rajeeb Hazra emphasized that the next phase of enterprise computing will involve quantum, AI, and HPC working together. Deploying Helios inside OCI provides a practical environment to explore hybrid workloads and enterprise applications.
### **Expanding Access for Research and Education**
The cloud-based delivery model also benefits universities and research institutions. These organizations can access quantum hardware without investing in dedicated systems or specialized facilities, lowering barriers to experimentation. AWS, Microsoft, and IBM already use similar cloud-based access models, though their hardware and deployment strategies differ.
Quantinuum notes that quantum systems like Helios may offer advantages in power consumption for certain workloads compared to large classical supercomputers. However, such comparisons are workload-dependent and do not reflect like-for-like performance across all computing tasks.
Oracle Executive Vice President Mahesh Thiagarajan stated that bringing Helios to OCI gives developers a secure and practical way to explore how quantum computing can complement AI and HPC workloads, while improving compute efficiency and energy use.
While no official timeline has been announced, Oracle confirmed that a preview of its quantum service is planned for the near future.
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## **FAQ**
**Q1: What is Quantinuum Helios?**
Helios is a third-generation trapped-ion quantum computer developed by Quantinuum. It features 98 physical qubits and has demonstrated the use of 48 logical qubits. Helios is known for high gate fidelity (99.921%) and is designed for hybrid quantum-classical computing environments.
**Q2: How will Oracle deliver Helios to customers?**
Helios will be hosted within Oracle AI data centers in the United States and made available through Oracle Cloud Infrastructure as a service. Customers will access it via Oracle’s quantum computing service without managing physical hardware.
**Q3: What does hybrid quantum computing mean?**
Hybrid quantum computing involves combining quantum processors with classical compute resources. Routine tasks run on conventional systems, while specialized problems are executed on quantum processing units (QPUs).
**Q4: Which industries are targeted for quantum applications?**
Potential industries include materials research, drug development, logistics, energy, and financial modeling—areas where quantum computing may offer unique advantages.
**Q5: When will the service be available?**
Oracle has not provided a specific timeline but announced that a preview of its quantum service will be available in the coming months.
**Q6: How does this compare to other cloud quantum services?**
Unlike some providers that work with multiple hardware vendors, Oracle’s partnership with Quantinuum involves hosting the quantum system directly within OCI. This approach closely resembles models used by Microsoft and IBM, though with distinct infrastructure integration.
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## **Conclusion**
The partnership between Oracle and Quantinuum represents a major milestone in quantum computing’s evolution from research to practical cloud-based deployment. By integrating Helios into Oracle Cloud Infrastructure, the companies are lowering access barriers and enabling developers, researchers, and enterprises to explore quantum-classical hybrid workloads in a secure, scalable environment. While the timeline remains uncertain, the preview planned for the coming months will provide critical insight into how quantum computing fits into the broader cloud ecosystem. As quantum, AI, and HPC continue to converge, initiatives like this will shape the next generation of enterprise computing.
