Full-stack modular quantum computing.
Open software and research today. Native hardware in development.
| Repository | Description |
|---|---|
| qontos | Flagship Python SDK — circuit orchestration, partitioning, scheduling, proofs |
| qontos-sim | Quantum simulators, digital twin, tensor-network engine |
| qontos-benchmarks | Benchmark framework, methodology, and reproducible evidence |
| qontos-examples | Tutorials, notebooks, and runnable examples |
| qontos-research | Whitepapers, research papers, roadmap, and figures |
- SDK: Unified Python interface for quantum circuit orchestration across multiple backends
- Simulators: Local, noisy, digital twin, and tensor-network simulation
- Benchmarks: Reproducible correctness and performance evidence
- Examples: Notebooks and scripts from Bell states to VQE chemistry
- Research: 10-paper series covering architecture, devices, FTQC, interconnects, and roadmap
QONTOS is building a native modular superconducting quantum computer:
- Tantalum-silicon transmon qubits and chiplets
- Modular cryogenic systems with photonic interconnects
- Adaptive fault-tolerant error correction
- Pulse-level control and real-time calibration
- Stretch roadmap: 1,000,000 physical qubits and 10,000 logical qubits by 2030
pip install git+https://github.com/qontos/[email protected] # SDK
pip install git+https://github.com/qontos/[email protected] # Simulators- Public Registry
- Release & Install Policy
- Technical Whitepaper
- Benchmark Evidence
- Roadmap 2030
- Examples
See CONTRIBUTING.md for guidelines.
Report vulnerabilities to [email protected]. See SECURITY.md.
Built by Zhyra Quantum Research Institute · Abu Dhabi, UAE