Why repeatable benchmarking matters
Post-quantum adoption requires measurements that can be reproduced across parameter sets, hardware conditions, and algorithm families.
Research index
Research Notes
Short thesis-derived notes on post-quantum benchmarking, quantum resource estimation, and hybrid cryptographic workflows.
Benchmark methodology and validation
Keystone records latency, memory, throughput, and implementation context so comparisons are tied to the environment that produced them.
Shor and Grover resource estimates
Quantum experiments track circuit depth, gate counts, shots, backend behavior, and confidence to make resource claims inspectable.
Hybrid encryption demonstration
The prototype combines ML-KEM, AES-GCM, and ML-DSA to show a practical pattern for confidentiality and authenticity in a post-quantum setting.