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This announcement marks a significant step for the silicon spin qubit roadmap by integrating Quobly's Alloy Forge simulator into the qBraid cloud ecosystem. The tool provides hardware-aware emulation with realistic noise models, allowing developers to validate quantum applications against specific silicon imperfections before commercial hardware launches in 2026. This expands the accessible landscape for testing pulse-level control on a leading alternative to superconducting architectures.

Sources coveringThe Quantum Insider, Quantum Computing Report, Qubits.cz, Explore Quantum

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Quobly Brings Alloy Forge to qBraid for Silicon Quantum Development

The Quantum InsiderSeptember 22, 20263 min read

Insider Brief PRESS RELEASE — Quobly, a French company developing silicon-based quantum computers, and qBraid, a quantum computing cloud service providing access to more than 24 quantum computers, today announced that Alloy Forge is now available on the qBraid platform, further expanding access to Quobly’s silicon quantum development environment as the company prepares the commercial launch […]

Quobly and qBraid have made Quobly’s Alloy Forge silicon quantum development environment available through the qBraid cloud platform. Alloy Forge combines hardware-aware emulation, pulse-level simulation and realistic noise models to help developers test quantum applications before accessing Quobly hardware. The integration gives users access to Alloy Forge alongside more than 24 quantum computing technologies as Quobly prepares the commercial…

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