Quantum brute-force lab: keyspace math, Grover and Shor margins, synthetic only, no live use at all.
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Created by Darion Kellar
A defensive reverse-engineering lab that measures how much safety margin brute-force targets have left in the quantum era. It classifies synthetic attack traces, computes the classical keyspace, then applies the two quantum corrections that matter:
Every verdict ships quantum-era mitigations: double symmetric margins, Argon2id/bcrypt/scrypt, and post-quantum migration (ML-KEM / ML-DSA) for harvest-now-decrypt-later risk.
Synthetic data only. The chamber executes nothing, no live target is touched, and no quantum hardware or quantum cloud is used — 8 HOLD gates block live brute force, real-key cracking, live quantum hardware and cloud job submission. Simulations are capped (Grover space ≤256, Shor N ≤100); the Grover seconds figure uses a labelled hypothetical iteration rate.
docker pull credkellar/quantum-brutal-force:latest docker run --rm credkellar/quantum-brutal-force:latest docker run --rm credkellar/quantum-brutal-force:latest python main.py shor docker run --rm credkellar/quantum-brutal-force:latest python main.py checks
Pure Python 3.12 stdlib, zero dependencies, one CLI. Verified at build: 13 tests passing, CHECKS 37/37.
Content type
Image
Digest
sha256:2651cf460…
Size
49.2 MB
Last updated
4 days ago
docker pull credkellar/quantum-brutal-force