Origin Wukong Series Superconducting Quantum Computers
Origin Wukong Series Superconducting Quantum Computers
Origin Wukong series superconducting quantum computers are developed by Origin Quantum, covering key components including quantum chips, control systems, the quantum operating system, and software tools. Users can submit tasks on real quantum hardware through the Origin Quantum Cloud; full-system deployment and technical services are also available for project needs.
Discover Origin Wukong
A Superconducting Quantum Computer Series for Real-Hardware Workloads
Origin Wukong supports quantum-program development, circuit compilation, and real-hardware execution—from algorithm validation and application development to cloud-based job submission.
Full-Stack Capabilities
From quantum chips and control systems to operating systems and software tools, Origin Wukong integrates a coordinated hardware-and-software stack.
Programmable and Deployable
Origin Wukong supports program development, circuit compilation, and real-hardware execution, with deployment and technical services available for research and project needs.
Quantum-Classical Exploration
Explore quantum-classical approaches for quantum simulation, combinatorial optimization, quantum machine learning, and real-hardware execution.
Models & Performance
Origin Wukong 180
Origin Wukong 180 is a superconducting quantum computer designed for cloud access and real-hardware workloads.
(Origin Wukong 180 chip topology diagram)
Origin Wukong, Ready in the Cloud
Pain Points in Everyday Use
Solution
Cloud Advantages
Register for an Origin Quantum Cloud account and claim real-QPU trial benefits under current platform rules.
Sign Up NowBuild quantum circuits and submit tasks through a visual interface—no manual quantum coding is required to get started.
Get StartedDevelop quantum programs and circuits with QPanda, then submit tasks to real quantum hardware for algorithm validation and application development.
Get StartedOrigin Quantum Cloud works alongside tools such as QPanda, helping users move between visual development, code-based development, and real-hardware task execution.
Explore MoreFull-Stack Technology, Reliable Support
1. Customizable 100+ Qubit Systems
Custom consultation and implementation services are available for 100+ qubit superconducting quantum-computing systems. Final configurations, performance specifications, and delivery scope are subject to the project proposal.
2. Independently Developed Core Technologies
Origin Quantum develops core capabilities across quantum-chip design, control systems, and quantum-programming tools, building a coordinated quantum-computing technology stack for ongoing R&D and project delivery.
3. Powered by the Origin Pilot Quantum Operating System
The built-in Origin Pilot quantum operating system supports resource management, task scheduling, and related runtime functions, and works alongside quantum-programming tools such as QPanda.
4. End-to-End Technical Support
Depending on project requirements, services may include laboratory-environment assessment, equipment installation, cryogenic-system integration, software and hardware optimization, trial operation, and maintenance.
Application Exploration
Biomedicine
Explore the potential of quantum chemistry, quantum machine learning, and quantum optimization for molecular simulation, compound screening, drug-discovery modeling, and medical-data analysis.
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Artificial Intelligence
Explore collaboration between quantum computing and classical AI for high-dimensional feature representation, combinatorial optimization, probabilistic modeling, and hybrid-model training.
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Fintech
Explore hybrid quantum-classical approaches for combinatorial optimization, risk-scenario analysis, asset allocation, and complex financial modeling. Applicability and performance should be evaluated for each specific use case.
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Energy & Power
Explore the potential of quantum-classical hybrid computing in high-dimensional optimization and complex decision-making for grid scheduling, energy-system optimization, scenario modeling, and intelligent analysis.
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Engineering Simulation
Explore quantum-classical approaches for complex physical-system modeling, combinatorial optimization, engineering design, and numerical simulation.
View Solution DetailsBiomedicine
Explore the potential of quantum chemistry, quantum machine learning, and quantum optimization for molecular simulation, compound screening, drug-discovery modeling, and medical-data analysis.
View Solution DetailsArtificial Intelligence
Explore collaboration between quantum computing and classical AI for high-dimensional feature representation, combinatorial optimization, probabilistic modeling, and hybrid-model training.
View Solution DetailsFintech
Explore hybrid quantum-classical approaches for combinatorial optimization, risk-scenario analysis, asset allocation, and complex financial modeling. Applicability and performance should be evaluated for each specific use case.
View Solution DetailsEnergy & Power
Explore the potential of quantum-classical hybrid computing in high-dimensional optimization and complex decision-making for grid scheduling, energy-system optimization, scenario modeling, and intelligent analysis.
View Solution DetailsEngineering Simulation
Explore quantum-classical approaches for complex physical-system modeling, combinatorial optimization, engineering design, and numerical simulation.
View Solution DetailsDeployment & Lifecycle Support
Project Planning
After the proposal, contract, and delivery conditions are confirmed, we will prepare the delivery and implementation plan.
Equipment Installation
Our engineering team can provide on-site installation and system-deployment support, including assistance with environmental checks and implementation preparation.
System Integration and Commissioning
After installation, integrated commissioning can be carried out across the control system, cryogenic system, and software-hardware environment to support trial operation.
Operational Support
During trial operation and routine use, support can be provided for task execution, system use, and issue response.
Operations and Maintenance
Maintenance, technical inspection, and upgrade support can be provided according to the service plan to help keep the system operating reliably.
