The company provides a cloud platform that gives researchers and R&D teams on‑demand access to a pool of superconducting and trapped‑ion quantum processors through a single RESTful API and Python/Qiskit‑compatible SDKs. It includes a collaborative workspace with versioned circuit libraries, real‑time job scheduling, encrypted multi‑tenant security, and integration with classical HPC resources, all billed per usage.
Funding
Funding not disclosed
Founders
Product
Problem
Innovators often cannot access quantum computing hardware because of high capital costs, limited availability, and complex integration requirements. This lack of access creates a bottleneck in testing and validating quantum algorithms, slowing research and product development cycles.
Solution
The company offers a cloud‑based quantum computing platform that delivers on‑demand access to a portfolio of superconducting and trapped‑ion processors. Users connect through a unified API and SDKs that abstract hardware specifics, enabling seamless job submission from familiar development environments. The platform includes a collaborative workspace where teams can share quantum circuits, version control code, and monitor execution metrics in real time. Security and tenancy are enforced through encrypted data channels and role‑based access controls, meeting enterprise compliance standards. Integrated classical high‑performance computing resources allow hybrid workflows, while automated error mitigation and calibration routines improve result fidelity. Billing is usage‑based, allowing researchers to scale compute time without upfront hardware investment.
Target Audience
The service targets academic research labs, quantum‑focused startups, and enterprise R&D teams that require scalable, secure access to quantum processors for algorithm development and proof‑of‑concept testing.
Features
- Multi‑vendor quantum processor pool (superconducting, trapped‑ion) accessible via a single RESTful API
- Python and Qiskit‑compatible SDKs with hardware‑agnostic circuit compilation and transpilation
- Real‑time job scheduler that optimizes queue placement based on qubit fidelity and circuit depth
- Collaborative project dashboard with versioned circuit libraries, execution logs, and performance visualizations
- End‑to‑end encryption and role‑based access control for secure multi‑tenant operation (SOC 2 compliant)
- Hybrid workflow orchestration linking quantum jobs with classical HPC nodes for pre‑ and post‑processing
- Automated error mitigation, qubit calibration, and result post‑processing pipelines to enhance output quality
- Pay‑per‑use metering with granular reporting for cost tracking and budgeting