Benchmark workflow
Run controlled measurements for selected classical and post-quantum schemes, recording algorithm choices, parameters, timing, throughput, and execution context.
Prototype architecture
Platform Overview
Keystone is a research prototype for post-quantum cryptography evaluation: benchmark execution, quantum resource analysis, hybrid cryptography, and evidence reporting in one inspection-oriented workflow.
Quantum workflow
Estimate and inspect resources for Shor and Grover demonstrations, including circuit depth, gate counts, backend behavior, and confidence context.
Hybrid workflow
Demonstrate how ML-KEM, AES-GCM, and ML-DSA can be composed for key encapsulation, authenticated encryption, and signatures in a research setting.
Review workflow
Collect result summaries that help researchers compare runs without treating one static landing page as a full product documentation portal.
Layered system
- Interface layer for user-facing research workflows.
- Application layer for orchestration and result flow.
- Domain layer for algorithm families, parameters, and measurement models.
- Infrastructure layer for adapters, persistence, and external providers.
Integration boundaries
- liboqs and OpenSSL provide cryptographic implementation surfaces.
- Qiskit and IBM Quantum support quantum circuit execution paths.
- Native adapters remain boundaries, not claims of deployment hardening.
- The public site remains static and does not expose the prototype backend.