QS-ORBIT is Quantum Source's fault-tolerant quantum computer, built on deterministic interaction between single atoms and single photons, which combines the gate quality of matter qubits with the scaling advantages of photonic qubits. The result is a million qubit FTQC at a fraction of the footprint and cost of competing approaches.
QS-ORBIT's cavity-QED photon–atom gate delivers a deterministic interaction at the heart of a photonic quantum computer. Orders of magnitude more efficient than probabilistic alternatives; fewer sources, faster gate rates and lower loss - it's what makes fault-tolerant quantum computing at scale achievable.
QS-ORBIT requires no cryogenic infrastructure and fits within a standard server room where competing fault-tolerant systems demand purpose-built, warehouse-scale installations. The smaller footprint, driven by QS-ORBIT's deterministic architecture, results in utility-scale quantum computing that fits into existing data center infrastructure.
QS-ORBIT is designed to be deployed at scale. It is available for on-premise enterprise deployment as well as QCaaS so organizations can run fault-tolerant quantum workloads within their own infrastructure and on their own terms.
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