Quantum Computing & Advanced Qubit Systems
Scalable superconducting architectures, topological error correction, and cloud-native quantum-classical hybrid workflows powering next-generation scientific and commercial applications.
Engineered for Quantum Advantage
Our vertically integrated stack combines custom qubit fabrication, cryogenic control electronics, and real-time error mitigation to deliver production-grade quantum processing units.
Custom-designed 3D transmon qubits with tunable couplers, optimized for low crosstalk and high anharmonicity across multi-chip modules.
Mixed-signal SoCs operating at 4K and 77K, reducing thermal load and latency while enabling high-fidelity single-shot readout.
Real-time surface code syndrome extraction and decoding pipeline achieving logical error rates below physical thresholds.
Optical and microwave hybrid buses enabling low-latency feedback loops between QPUs and classical control clusters.
Performance Metrics
Real-time aggregated data from our distributed quantum computing cluster. Metrics refreshed every 60 seconds.
Development Timeline
Key breakthroughs driving our transition from experimental physics to commercial-scale quantum advantage.
Established cleanroom fabrication lines and first superconducting qubit testbeds. Achieved T₁ > 150μs in early transmon prototypes.
Deployed 64-qubit system with custom control electronics. Demonstrated quantum supremacy on random circuit sampling benchmark.
Implemented real-time surface code decoding. Logical qubit lifetime exceeded physical qubit coherence for first time.
Opened Zenth Quantum Cloud to select partners. Released Python/Julia SDKs with OpenQASM 3.1 and QIR compliance.
Rolled out Gen-4 architecture with 1,024+ logical qubits. Integrated hybrid quantum-classical workflows for materials science, cryptography, and optimization.
Build with Zenth Quantum
Access production-grade QPUs via our cloud API, simulate circuits locally, or deploy hybrid algorithms using our open-source toolchain.
API & SDK Documentation
Our developer platform supports quantum circuit compilation, hybrid algorithm orchestration, and real-time job monitoring. Fully compatible with Qiskit, Cirq, and PennyLane via translation layers.