India's open‑access quantum test bed.
Supervised access to a working superconducting quantum system — for hardware characterisation and algorithm testing on real qubits, not simulators.
- Operational today
- Gannavaram · Andhra Pradesh
- On-site or remote sessions
- India · first-of-kind
Characterise and benchmark quantum hardware.
For groups developing devices, materials, control electronics or cryogenic components — measure performance against real cryogenic conditions, from room temperature down to millikelvin.
Qubit characterisation
Relaxation time (T₁), coherence time (T₂), dispersive readout and gate fidelity measurements on a live superconducting QPU.
Device & material studies
Josephson junctions, superconducting and semiconducting resonators, quantum-limited amplifiers, quantum dots and nanodevices.
Cryogenic component validation
Wiring, filters, interconnects, couplers and parametric amplifiers tested inside the cryogenic signal chain.
Control & readout electronics
FPGA-based qubit control, RF and signal-chain hardware, and warm-to-cold stack integration on the live system.
Run quantum algorithms on real qubits.
For research groups developing quantum algorithms, error-mitigation strategies or benchmarking protocols — execute, measure and iterate on a live superconducting processor under supervised sessions.
Algorithm execution
Run gate-level circuits and parameterised algorithms directly on the QPU through the FPGA control stack.
Benchmarking protocols
Randomised benchmarking, quantum volume, cross-entropy benchmarking and custom validation suites against measured ground truth.
Noise & error mitigation
Test mitigation strategies, dynamical decoupling sequences and pulse-level optimisations against real hardware noise — not modelled noise.
Hybrid & variational workflows
Iterate variational and hybrid algorithms with the system in the loop, on-site or via remote terminal access.
The system is yours during your session.
A control model built for academic and laboratory use — your algorithms, data and results stay exclusively yours.
Exclusive operational control
During your scheduled session the system is under your complete and exclusive operational control.
Your IP, end-to-end
Algorithms, input data, measurement data, outputs and derivative results remain solely and exclusively yours.
Confidential & deletable
Qubitech personnel access your material only as required to support the session, under confidentiality — and you may direct deletion on completion.
Built for research labs and academia.
Quantum hardware groups
Developing devices, junctions, amplifiers, resonators, control electronics or cryogenic components.
Algorithm & software teams
Validating quantum algorithms, benchmarking protocols and error-mitigation methods on real hardware.
Materials & device physicists
Characterising next-generation superconductors, semiconductors, topological materials and nanodevices at millikelvin.
Plan a session on QU‑414.
Tell us what you'd like to characterise, benchmark or run — we'll scope the session, confirm scheduling and walk through the access model. Most enquiries get a response within two business days.