Quantum

Horizon Quantum Integrates OQC’s 32-Qubit Processor with Triple Alpha

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Based on a feed excerpt; full article content has not been acquired. Source evidence retrieved 09/11/2026, 14:49:25 UTC.

Briefings

Horizon Quantum and OQC successfully integrated OQC's 32-qubit superconducting processor, Toshiko, with Horizon Quantum's Triple Alpha development environment. This collaboration enables pulse-level hardware control, allowing developers to characterize qubits and calibrate gates directly on the device using Triple Alpha's programming environment and web-based API. The integration simplifies workflows by combining hardware characterization with application development, addressing the need for frequent recalibration of quantum systems. The CEO of Horizon Quantum and the Chief Product Officer of OQC confirmed the collaboration's success and future benefits for quantum computing.

Key points

• Horizon Quantum and OQC successfully integrated OQC's 32-qubit superconducting processor, Toshiko, with Horizon Quantum's Triple Alpha development environment.
• The integration enables pulse-level hardware control, allowing developers to characterize qubits and calibrate gates directly on the device using Triple Alpha's programming environment and web-based API.

Context

This collaboration represents a significant step in simplifying quantum application development by combining hardware characterization with software development. It addresses the critical need for frequent recalibration of quantum systems, which is essential for maintaining computational fidelity. The integration allows developers to interact with the physics of quantum processors rather than just the data they contain, enabling new techniques for noise mitigation and improved performance.

Limitations

The evidence is limited to the press release from Horizon Quantum Computing Pte. Ltd. dated 2026-11-09. It does not include independent verification of the integration's technical feasibility, long-term stability, or commercial adoption metrics. The specific impact on quantum advantage and commercial applications remains unverified, and the collaboration's future trajectory is not detailed in the source.

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