Rozier Quantum
Know your hardware before you commit the shot
About Rozier Quantum
Rozier Quantum is a structural diagnostic suite designed for multi-chip quantum systems. Built by Chris Rozier, a carpenter and layout lead from Fort Wayne, Indiana, with 20 years of experience reading foundations, grades, and radii, Rozier Quantum brings a unique perspective to quantum hardware optimization. With a patent-pending quantum architecture and zero network calls for air-gap compatibility, Rozier Quantum provides engineers with the tools they need to understand and optimize their quantum hardware before committing critical quantum shots.
The SystemReader v2.1.1 platform combines diagnostic scanning, self-healing capabilities, and advanced refinement tools to reduce cross-chip communication overhead by up to 36% and stress on quantum systems by over 51%. Verified on real IBM Heron hardware with 156 qubits, Rozier Quantum delivers measurable improvements in gate depth, SWAP cascades, and overall quantum system performance. Available via pip install with Apache-2.0 licensing and Qiskit plugin integration, Rozier Quantum is designed for engineers who demand reliability and transparency in their quantum development pipeline.
Our Solutions
SystemReader v2.1.1
OBD2-style scanner for quantum hardware with self-healing capabilities. Detects and fixes quantum system issues including overload, decoherence risk, bridge overload, thermal risk, and temporal drift. Executes fixes and verifies results in real-time.
RozierAutoFixer & RefinementEngine
Advanced optimization suite with toolbags and gravity-ranked placement algorithms. Reduces cross-chip communication by up to 36% and system stress by over 51%. Includes PathMapper for intelligent qubit routing and TradesmanTools for detailed system analysis.
Qiskit Plugin & Diagnostic Tools
RozierPass plugin for Qiskit integration with native company benchmarks. Comprehensive diagnostic codes (Q-001 through Q-012) for quantum system health monitoring. Air-gap compatible with zero network calls for secure, offline operation.