QCOS Glass-Box Technology: Beyond the Black Box - Enterprise Quantum Computing Requires Evidence, Softquantus
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| Natura: | Recurso digital |
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Zenodo
2026
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| _version_ | 1866901174846750720 |
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| author | SOFTQUANTUS INNOVATIVE OÜ |
| author_facet | SOFTQUANTUS INNOVATIVE OÜ |
| contents | <p>QCOS (Quantum Computing Operating System) is a hardware-agnostic governance layer that transforms quantum computing from an experimental black box into an auditable, predictable enterprise resource through real-time device state capture, predictive fidelity estimation, and cryptographically signed evidence bundles.</p> <p>The quantum computing industry faces a critical infrastructure gap: the absence of operational governance. Current workflows operate as "black boxes"—circuits are submitted to cloud backends with no visibility into device state, compilation decisions, or result provenance. This paradigm is incompatible with enterprise requirements for cost control, regulatory compliance, and diagnostic clarity.</p> <p>This white paper introduces <strong>QCOS (Quantum Computing Operating System)</strong>, a Glass-Box technology developed by SoftQuantus innovative OÜ that provides hardware-agnostic quantum computing governance. Through real-time device state capture, predictive fidelity estimation, and cryptographically signed evidence bundles, QCOS transforms quantum computing from an experimental tool into a manageable enterprise resource.</p> <p>We present validated 20-qubit benchmark results on IBM Quantum hardware demonstrating: (1) conservative fidelity prediction with 61.74% measured vs. 37.55% estimated for GHZ states, (2) successful infeasibility detection preventing wasted quantum credits, and (3) 100% cryptographic evidence bundle validity for regulatory audit trails.</p> <p> </p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_18451463 |
| institution | Zenodo |
| language | |
| publishDate | 2026 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | QCOS Glass-Box Technology: Beyond the Black Box - Enterprise Quantum Computing Requires Evidence, Softquantus SOFTQUANTUS INNOVATIVE OÜ <p>QCOS (Quantum Computing Operating System) is a hardware-agnostic governance layer that transforms quantum computing from an experimental black box into an auditable, predictable enterprise resource through real-time device state capture, predictive fidelity estimation, and cryptographically signed evidence bundles.</p> <p>The quantum computing industry faces a critical infrastructure gap: the absence of operational governance. Current workflows operate as "black boxes"—circuits are submitted to cloud backends with no visibility into device state, compilation decisions, or result provenance. This paradigm is incompatible with enterprise requirements for cost control, regulatory compliance, and diagnostic clarity.</p> <p>This white paper introduces <strong>QCOS (Quantum Computing Operating System)</strong>, a Glass-Box technology developed by SoftQuantus innovative OÜ that provides hardware-agnostic quantum computing governance. Through real-time device state capture, predictive fidelity estimation, and cryptographically signed evidence bundles, QCOS transforms quantum computing from an experimental tool into a manageable enterprise resource.</p> <p>We present validated 20-qubit benchmark results on IBM Quantum hardware demonstrating: (1) conservative fidelity prediction with 61.74% measured vs. 37.55% estimated for GHZ states, (2) successful infeasibility detection preventing wasted quantum credits, and (3) 100% cryptographic evidence bundle validity for regulatory audit trails.</p> <p> </p> |
| title | QCOS Glass-Box Technology: Beyond the Black Box - Enterprise Quantum Computing Requires Evidence, Softquantus |
| url | https://doi.org/10.5281/zenodo.18451463 |