Integrated offerings designed to reduce transition risk and accelerate institutional adoption — plus a full reference catalog of quantum computing hardware, software, security and education products.
Research, education and enterprise quantum technology environments with software and operational support.
AI hardware, application development, public-data platforms and innovation environments.
Readiness assessment, risk analysis, migration planning, testing and secure lifecycle management.
Architecture, integration, operation, maintenance and modernization of information systems.
Electronic measurement, instruments, validation and engineering equipment solutions.
Consulting, deployment, training, maintenance, optimization and managed evolution.
Building a complete ecosystem with OS and programming frameworks.
View products →Providing comprehensive quantum education solutions.
Pioneering the combination of virtual reality (VR) technology with quantum computing. Through VR technology and Origin Quantum's supporting teaching resources, a highly realistic quantum computing immersive experience environment is built in virtual reality space.
Immersive learning
A quantum computing education teaching and research platform for universities, designed to help institutions establish their own quantum computing teaching system — providing the whole teaching process from lesson plan projects, quantum graphical programming and code programming, to project examples, a learning center and teaching management.
University platform
Quantum Computing Full-Physical System Learning Machine is a complete simulation environment designed for learners and practitioners of the quantum computing industry, dedicated to the learning, training, development, experiment and application of quantum algorithms and quantum software.
Training environmentOffering both superconducting and semiconductor quantum computers.
The "Wukong" is Origin Quantum's latest model with fully independent IP, capable of executing quantum computing programs. It is widely applicable in fields such as biochemistry, fintech, artificial intelligence and big data.
Superconducting
China's first engineered semiconductor quantum computer.
SemiconductorProviding hardware for quantum computing and scientific research.
Quantum chips, the core of quantum computers, integrate qubits to enable quantum state preparation, entanglement manipulation and superposition operations — fundamentally determining computational power. They accelerate computation and solve complex problems beyond classical computers' capabilities.
Core component
Quantum chip fabrication equipment enables quantum operation and maintenance by modifying qubits and maintaining vacuum environments. These devices determine chip performance and stability, serving as core infrastructure for producing high-quality quantum chips.
Fabrication
Dilution refrigerators and accessories provide millikelvin cooling for quantum chips, suppressing qubit decoherence while ensuring stable operation and precise control to achieve high-fidelity quantum computing.
Cryogenics
Quantum computing control systems manage qubit manipulation, signal readout and feedback control through high-precision microwave pulses and measurements, ensuring stable quantum computation processes and maintaining efficient, reliable operation of quantum chips.
Control electronics
Quantum measurement-control links interconnect quantum chips with control systems, ensuring high-fidelity, low-loss and low-noise signal transmission to enable precise qubit manipulation and state readout — critical communication channels in quantum computing.
InterconnectBuilding a complete ecosystem with operating systems and programming frameworks.
Launched in 2021, "Origin Pilot" is China's first quantum computer operating system. It supports batch processing of quantum tasks and quantum-supercomputing collaboration, efficiently scheduling quantum resources.
Operating system
QPanda, developed by Origin Quantum, is an open-source quantum programming framework offering efficient programming, hardware integration, high-performance simulation, and tools for error mitigation and noise analysis.
Open source
VQNet is a new-generation machine learning framework that unifies quantum and classical computing. It supports construction and training of quantum and classical machine learning models, and is built on the self-developed QPanda framework so it can run on both quantum and classical computers.
Quantum ML
A quantum algorithm library that integrates commonly used quantum algorithms and functions. It provides standardized tools for developers to create quantum programs easily portable across different quantum platforms.
Algorithm library
A toolkit designed for complex hierarchical quantum programs, developed based on the QPanda3 quantum programming framework.
Runtime toolkitDeveloping industry-specific solutions for cutting-edge research.
Origin Quantum's QDock processes quantum-optimized small-molecule states, efficiently shortening the path to ideal conformations and propelling drug discovery into a new era of high efficiency and accuracy.
Drug discovery
ChemiQ, built on Origin Quantum's QPanda, uses quantum superposition and entanglement to compute molecular energy, chemical reactions, potential energy curves and dynamic trajectories on real or simulated quantum computers.
Computational chemistry
This platform provides drug molecule toxicity prediction, molecular docking and interaction prediction, offering beginners a hands-on quantum experience and bringing new insights to drug design professionals to enhance R&D efficiency and innovation.
Screening platform
OriginQ Yi is a high-efficiency linear algebra library leveraging quantum computing's parallel processing capabilities to accelerate large-scale linear system solving, combining flexible application with broad applicability.
Linear algebra
Accelerates the simulation of classical fluid dynamics problems with quantum computing.
CFD simulation
Compatible with semiconductor and superconducting quantum chips, China's first self-developed industrial software for quantum chip design.
EDA / chip designEnsuring security against future quantum threats.
Provides quantum-resistant identity authentication and encrypted storage for various types of terminals, preventing impersonation and data leakage, and achieving "quantum immunity" for terminals.
Terminal security
Establishes cross-domain quantum encryption channels to realize end-to-end encryption. It features flexible deployment without modifying the existing network and is widely used in government affairs, energy and other fields.
Network gateway
As a core infrastructure device, the post-quantum server cryptographic machine provides secure computing and key support for scenarios such as government affairs and finance, effectively preventing data leakage, key theft and authority abuse.
Server cryptography
Integrates national cryptography and quantum random number chips, combined with post-quantum cryptography algorithms, providing identity authentication, encryption and decryption functions to ensure the authenticity of mobile terminal identities and data security.
Mobile identity
Deeply integrates PQC, QRNG and cloud virtualization to achieve full-link post-quantum security protection, building a "quantum-immune" office environment for industries such as government affairs and finance.
Cloud desktop
Integrates both national cryptography and quantum-resistant algorithms, providing quantum-safe protection for instant messaging and collaborative office work for government and enterprise users.
Secure messaging
Part of the Origin Rock Cryptographic Series, it resists the attacks of classical and quantum computers at the same time, providing a higher level of security protection for sensitive data.
Cryptocard
Part of the Origin Rock Cryptographic Series, this software module resists attacks from classical and quantum computers simultaneously, providing a higher level of security protection for sensitive data.
Software module
