OriginQ CloudComputing acceleration, Quantum tasks without waiting.
Focus
Focused on the computing power of quantum computers and quantum chips; centered on core quantum operations: sampling and expectation estimation.
Efficient
Reduce iterative task queuing times caused by preemption, optimizing both network traffic and latency for quantum multi-objective decision-making.
Effortless
Streamlined quantum computing APIs, out-of-the-box tools; simplified task pre-verification and large-scale credential updates.
Faster. Simpler. Truer.
Three Core Services to Simplify Quantum Programming
01 Full‑process assisted analysis
Reduce R&D costs, quickly locate problems with automated analysis tools, and ensure the continuity and reproducibility of R&D through task status management and version isolation.
Realistic Simulation and Verification
Automatically construct the chip topology and noise model, realistically simulate quantum computing parameters, and verify whether the quantum circuit meets expectations.
Task Tracking
Automatically track the status of quantum tasks and support the context manager protocol.
CheckPoint
Supports saving and restoring quantum task states and custom data, with features such as version isolation and stateless design.
02 Ultra-Fast Multitasking Processing
For problems that require optimizing multiple objective dimensions simultaneously, convert them into problems of optimizing multiple observable objectives concurrently.
Fully automated processing
Standardize combinatorial operations in the canonical quantum multi-objective decision-making paradigm, and automatically handle permutations of quantum circuits and observables.
Ultra-fast Transmission
No repeated transmission. Each quantum circuit and observable is transmitted only once. Small data size, high speed, and greatly improved communication efficiency.
Centralized Computing
Only one initialization is required. All Hamiltonian expectation computations can be fully packaged, making calculation more concentrated.
03 Accelerate Quantum Computing
During an active session, subsequent quantum jobs skip re‑queuing.As soon as one job finishes, the next runs immediately on the same quantum computer.
Eliminate queuing delay
Particularly ideal for iterative quantum-classical hybrid algorithms, ensuring fast iteration after parameter tuning and smooth algorithm execution.
Exclusive Priority Advantage
Jobs within a session enjoy higher priority than those in the regular queue.As long as the session is active, subsequent jobs will be queued ahead of other pending tasks.
