Architecture intelligence for modular quantum systems.
Open software today. Hardware is in early design; no devices have been fabricated yet.

These packages are public, installable, and green on their own CI. Every number they produce is simulation, labelled as such.

pip install "qontos-sim @ git+https://github.com/qontos/qontos-sim.git@v0.1.0"
pip install "qontosq @ git+https://github.com/qontos/qontosq.git@v0.4.0"

• Software: an engineering alpha, not a market-validated product. Useful today for building and simulating circuits and for modular-architecture planning.
• Research: a candidate erasure-aware seam co-design for modular error correction, internally validated in simulation, pending external review and a patent filing. Not yet peer-reviewed.
• Hardware: architecture and simulation only. No qubits have been fabricated. Our own resource estimator reports that the current QONTOS-1 design sits above the fault-tolerance threshold, a validation-machine design rather than a fault-tolerant one.

QONTOS aims to build a native modular superconducting quantum computer, joining superconducting modules with a photonic interconnect. The direction includes tantalum transmon chiplets, modular cryogenics with photonic links, erasure-aware error correction, and pulse-level control. Any qubit-count or date targets are long-term aspirations gated by engineering milestones (a gate ladder from first hardware through below-threshold operation), not commitments and not current capabilities.

• Release & Install Policy
• qontos-sim and qontosq documentation
• Examples

Research papers, benchmark evidence, and the hardware roadmap are being prepared and will be linked here as each becomes public.

See CONTRIBUTING.md for guidelines.

Report vulnerabilities to security@qontos.io. See SECURITY.md.

_{Built by Zhyra Quantum Research Institute · Abu Dhabi, UAE}