The partnership is a useful data point on how quantum-cloud access is being localized: rather than Korean users routing workloads through IBM, Amazon Braket, or Microsoft Azure Quantum, a domestic data-center operator is now offering a QaaS layer built specifically to satisfy local data-residency rules.
What happened
Classiq, an Israeli quantum-software firm, and QAI Co., Ltd., a Korean quantum-AI data-center specialist led by CEO Seman Im, signed a multiyear commercial agreement to launch what the companies describe as Korea's first locally operated Quantum-as-a-Service offering (The Quantum Insider; Korea Times). Classiq's platform automatically transforms high-level functional models into optimized, hardware-executable quantum programs portable across different quantum backends; QAI will run the QaaS business under its own brand, handling customer acquisition, business development, and service operations, while Classiq supplies the software platform and a technical-support framework tailored to Korean users (The Quantum Insider). Classiq CEO Nir Minerbi said "quantum computing will not flourish through hardware access alone" and framed the offering as making "advanced quantum software and cutting-edge quantum resources seamlessly accessible in Korea." QAI's Im said the goal is to let "major Korean institutions and enterprises more realistically evaluate quantum computing and apply it in practical business settings."
Industry context
The companies say they will also explore local infrastructure options to meet the data-sovereignty and security requirements of Korean public institutions and large enterprises, aiming at a "sovereignty-focused quantum cloud service model." That framing echoes a broader pattern across Asia-Pacific markets, where governments and regulated enterprises increasingly prefer quantum and AI infrastructure that keeps data and compute within national borders rather than depending on foreign cloud quantum services.
For practitioners
For teams evaluating quantum pilots in Korea, a locally hosted QaaS option changes the compliance calculus for regulated data (finance, government, healthcare) that cannot leave the country, and Classiq's hardware-portable compiler layer means algorithms developed on the service are not locked to a single backend. It is still early: no customer names, pricing, or specific hardware partners have been disclosed publicly.
What to watch
Which quantum hardware providers QAI's infrastructure will support at launch, whether the service publishes concrete customer wins or benchmarks, and whether other Korean data-center operators pursue similar sovereignty-focused quantum-cloud partnerships in response.
Key Points
- 1Classiq and QAI launched Korea's first locally operated Quantum-as-a-Service platform, combining Classiq's software with QAI's domestic data-center infrastructure.
- 2The offering is explicitly framed around data sovereignty, letting regulated Korean institutions run quantum workloads without routing data through foreign cloud providers.
- 3Classiq's compiler layer makes quantum programs portable across hardware backends, though no specific hardware partners or customers have been named yet.
Scoring Rationale
A regional quantum-infrastructure milestone with a clear data-sovereignty angle and named executive quotes from both companies, corroborated across three independent outlets, but it is an early-stage commercial launch with no disclosed customers or hardware partners yet, keeping it in the solid-but-not-major tier.
Sources
Public references used for this report.
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