Origin Quantum

Company Profile and Market Insights

Explore the business model, global strategy, and market performance including insights into its position in China.

Key facts

Founded 2017 • Hefei, China • Origin Pilot public download release (Mar 25, 2026)

280+

Total physical qubits (Wukong WK C102-350)

99.75%

Avg. single-qubit gate fidelity

98.0%

Avg. two-qubit gate fidelity

92.0%+

Avg. readout fidelity

Hardware architectures supported by Origin Pilot

8–100+

Qubit scaling range of Tianji control system

About

Founded in 2017 and headquartered in Hefei, Anhui, Origin Quantum is a Chinese quantum computing company focused on superconducting quantum computers and the software and equipment required to run them. Official company materials describe it as a full-stack developer spanning quantum chips, measurement and control systems, operating software, developer tools, cloud platforms, and industry solutions. The company traces its technology roots to the CAS Key Laboratory of Quantum Information and states that its goal is to bring quantum computing into practical use outside the laboratory.

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Origin Quantum has moved from early hardware development toward a broader product and ecosystem build-out. Its flagship systems include the Origin Wukong superconducting quantum computer, the Origin Pilot operating system, and the Origin Tianji control platform. In February 2026, Origin Pilot opened for public download, and in May 2025 the company released Origin Tianji 4.0 for 500-plus-qubit quantum computers. By May 2025, Xinhua reported that Origin Wukong had recorded more than 26 million remote visits from users in 139 countries and regions and completed over 380,000 quantum computing tasks, showing that Origin Quantum has already built a meaningful cloud-based research and developer footprint.

Business Model and Market Position

Origin Quantum is building a full-stack quantum computing company rather than a single-machine vendor. Official company materials show a business that spans superconducting quantum computers, quantum chips, dilution refrigerators, control systems, quantum cloud access, developer tools, and industry solutions. That structure gives the company several commercialization routes around the same core technology stack.

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Hardware and control systems anchor the stack
Origin Quantum develops not only the Origin Wukong quantum computer, but also superconducting chips, the Tianji control system, dilution refrigerators, laser annealing equipment, and microwave interconnect modules. In superconducting quantum computing, that matters because performance depends on tight coordination between chip design, cryogenics, control electronics, and calibration. A broader in-house stack strengthens engineering control and speeds iteration.
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Cloud access turns scarce hardware into a service business
Origin Quantum’s cloud platform offers access to real superconducting processors, simulators, graphical programming, and learning resources. On its current cloud page, the company says the platform serves more than 145 countries and regions, works with more than 60 partner universities, has processed more than 1.19 million computing tasks, and has recorded more than 30 million global visits. That gives Origin Quantum a service layer on top of hardware, with users entering through the cloud instead of through direct machine purchases.
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Software and developer tools widen the monetization path
Origin Pilot is positioned as the operating and scheduling hub for quantum computers, and Xinhua reported on February 26, 2026 that it had opened for public download. The system supports superconducting, ion trap, and neutral atom processors, while the broader toolchain includes QPanda3, VQNet, pyqpanda-algorithm, ChemiQ, and QCFD. This gives Origin Quantum a software layer that supports programming, simulation, algorithm development, and hardware-software orchestration inside its own ecosystem.
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Industry solutions are the practical route to early commercial demand
Origin Quantum is already packaging quantum capabilities into vertical solutions for finance, AI, chemistry, biomedicine, smart grids, weather, and education. Its industry alliance also highlights private cloud customization, application algorithm customization, training, and custom hardware systems for specific use cases. In practical terms, this points to a commercialization path built around research users, universities, pilot projects, and targeted enterprise scenarios rather than broad mass-market deployment of general-purpose quantum computers.
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Market position is strongest in China’s domestic quantum stack
Origin Quantum describes itself as a leader in China’s quantum computing sector, and Xinhua reported in 2024 that Origin Wukong was China’s most advanced programmable and deliverable superconducting quantum computer at launch. Xinhua later reported that Origin Tianji 4.0 supports 500-plus-qubit quantum computers and that Origin Pilot’s 2026 public release was aimed at lowering development barriers for China’s domestic quantum ecosystem. That places Origin Quantum less as a pure lab project and more as one of China’s clearest engineering and commercialization platforms for superconducting quantum computing.

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China’s market backdrop supports that position, even though the sector is still early. Xinhua reported in June 2025 that China’s quantum computing industry scale was expected to reach RMB 11.56 billion in 2025 with annual growth above 30%. For Origin Quantum, that means the opportunity is expanding, but the race is still defined by ecosystem building, engineering progress, and real-world use cases rather than mature software margins or large-scale hardware shipments.

Performance in China

China is Origin Quantum’s core market and operating base. The company is based in Hefei, one of the country’s main quantum clusters, and its domestic traction shows up most clearly in platform usage and ecosystem activity. Since Origin Wukong went online on January 6, 2024, it had recorded more than 26 million remote visits from users in 139 countries and regions and completed more than 380,000 quantum computing tasks by May 2025, according to Xinhua. Those workloads span fields such as finance and biomedicine, which gives Origin Quantum one of the clearest live usage records among China’s superconducting quantum computing platforms.

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Inside China, Origin Quantum is moving from research infrastructure toward applied deployment. Xinhua reported in June 2025 that the company used Origin Wukong with Bengbu Medical University to improve breast cancer image analysis, and in April 2025 it fine-tuned a billion-parameter AI model on the system. In February 2026, Origin Pilot opened for public download, widening access for Chinese universities, research institutions, and developers to a domestic operating layer that supports superconducting, ion trap, and neutral atom systems. That matters in a market where Xinhua said China’s quantum computing industry was expected to reach RMB 11.56 billion in 2025 and where local industrial policy continues to support homegrown quantum stacks.

Growth and Future Prospects

Origin Quantum’s next phase is defined by one question: whether it can turn a strong domestic quantum stack into repeatable commercial adoption. As of April 20, 2026, the latest public milestones include the February 2026 public download release of Origin Pilot, the May 2025 rollout of Tianji 4.0 for 500-plus-qubit systems, and a cloud platform that the company says serves more than 145 countries and regions, more than 60 partner universities, over 1.19 million computing tasks, and more than 30 million visits. That points to steady progress in hardware, control systems, software, and developer access at the same time.

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Key growth drivers include:

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Full-stack domestic infrastructure is becoming more scalable
Origin Quantum’s biggest strategic strength is that it is building chips, control systems, operating software, cloud access, and developer tools inside one stack. In February 2026, Xinhua reported that Origin Pilot opened for public download and supports superconducting, ion trap, and neutral atom processors. In May 2025, Xinhua reported that Tianji 4.0 was released to support 500-plus-qubit quantum computers and to shorten development and delivery timelines. Together, those steps move Origin Quantum closer to becoming a platform company for China’s domestic quantum ecosystem, not only a builder of one flagship machine.
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Cloud usage and developer reach are building the entry funnel
The company’s cloud platform gives Origin Quantum a wider growth path than direct hardware sales alone. On its current quantum cloud page, Origin Quantum says the platform serves 145-plus countries and regions, has 60-plus partner universities, and has processed more than 1.19 million tasks. The company also used its own platform and tools as the base for the 2026 CCF Quantum Computing Programming Challenge, which offered more than RMB 1 million in prizes and focused on QPanda3, VQNet, open-source development, AI, and cryptography. That points to a growth model built around developer adoption, education, and ecosystem lock-in.
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Industry use cases are moving from theory toward deployment
Origin Quantum’s commercial path depends on proving that its systems solve real problems in fields that pay for performance gains. Xinhua reported in June 2025 that Origin Wukong had already been used in finance, biomedicine, and fluid dynamics, and that the company fine-tuned a billion-parameter AI model on the system in April 2025. The same report also said Origin Quantum worked with Bengbu Medical University on breast cancer image analysis. These examples matter because they shift the story from research credibility toward domain-specific value.
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China’s policy backdrop is turning more supportive
Macro conditions in China now favor companies with domestic quantum infrastructure. Reuters reported on March 5, 2026 that China’s new five-year plan calls for increased investment in quantum computing and explicitly targets scalable quantum computers. Reuters also reported on March 19, 2026 that quantum technology was elevated to a core future strategic industry, while post-quantum cryptography standards are expected within three years. For Origin Quantum, that improves the backdrop for research support, procurement interest, and commercial pilots tied to national technology priorities.

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Challenges ahead include:

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Commercial monetization still looks early
The public evidence still centers on visits, tasks, competitions, software releases, and pilot applications. Those are useful adoption signals, but they are not the same as large recurring enterprise revenue or scaled system shipments. That suggests the near-term investment case still rests more on technical adoption and ecosystem depth than on mature commercial cash generation.
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Scaling superconducting systems remains an engineering problem
Tianji 4.0 itself shows where the bottlenecks still sit. Xinhua described measurement and control systems as the “nerve centers” of quantum computers and said the new release was designed to improve scalability, automation, and readout accuracy while reducing development time. In plain terms, Origin Quantum still needs to prove that it can move from strong demonstration systems to more standardized and repeatable engineering output at higher qubit counts.
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Geopolitics and tech controls remain a structural risk
Quantum is now part of a broader technology contest between China and the United States. Reuters reported in March 2025 that new U.S. export restrictions were intended to limit China’s ability to develop quantum technologies. Reuters also reported in March 2026 that China’s latest policy push places more weight on technological self-reliance. For Origin Quantum, that raises the value of a domestic stack, but it also keeps supply chains, partnerships, and international market access under pressure.

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Overall, Origin Quantum’s growth case rests on becoming the software, cloud, and control-system layer for China’s domestic superconducting quantum ecosystem. The next milestones that matter most are wider Origin Pilot adoption, more enterprise-grade application wins, stronger cloud activity, and evidence that the company can scale from Wukong-era visibility into repeatable deployments.

This Company Profile was written by Dominik Diemer

Dominik Diemer blends an investor mindset with execution discipline.

He is a SAFe Program Consultant (SPC) and Lean Portfolio Management (LPM) practitioner at DMG MORI Digital, working as a SAFe Release Train Engineer and internal consultant in the Lean-Agile Center of Excellence (LACE).

His focus is prioritization, flow, and dependency management that turns strategy into outcomes. With experience across Bertelsmann and the Founders Foundation, he bridges corporate and startup thinking.

He also invests privately in private equity deals, sharpening his view on business models, value drivers, and go-to-market.

StockCounterParts reflects that lens.

Dominik Diemer

Founder of StockCounterparts.com