φCrypt's quantum resistance, computed live in your browser. The post-quantum security audit, a BB84 quantum key-distribution session, and the quantum RNG's statistical quality run on the real phi-quantum-crypt-cpp library; the live φ-KEM-304 and φDSA roundtrip runs the actual phi-lattice-cpp post-quantum primitives, all compiled to WebAssembly, no server, no pre-baked numbers.
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Post-Quantum Security Audit
φHash tiers vs the NIST PQC categories, with the fault-tolerant Grover-attack cost.
| Tier | Digest | Post-Grover | NIST PQC | Fault-tolerant qubits | Attack runtime |
|---|---|---|---|---|---|
| … | |||||
Structural cryptanalysis, run live
Quantum-resistant for a hash means no structural attack beats Grover. These are the actual quantum algorithms (Simon's hidden-XOR-period circuit and QFT period-finding) run on a small truncation of φHash, each with a positive control that recovers a planted period, so a null result has teeth.
Simon's hidden-XOR-period
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QFT period-finding
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Positive controls (test has teeth)
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Serial correlation
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consecutive output bytes · pass < 0.05
BB84 Key Distribution
Establish a shared key over a simulated quantum channel. Toggle an eavesdropper to watch detection fire.
QBER
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abort ≥ 11% (BB84 Shor–Preskill bound)
Sifted bits
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matching bases
Status
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Quantum RNG Quality
Bell-pair entropy → von Neumann extraction → φHash whitening. Tested for bias and uniformity.
Bit balance
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Byte χ²
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255 df · pass < 330
Verdict
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Post-Quantum KEM & Signature: live roundtrip
Not an audit table; the actual primitives. A φ-KEM-304 FO-CCA module-LWE key encapsulation (keygen → encaps → decaps) and a φDSA (ML-DSA-87) signature (keygen → sign → verify), both SHAKE-driven, run end-to-end in WebAssembly. Verified: shared-secret agreement, CCA tamper rejection, signature verification, and forgery rejection.
φ-KEM-304 · encapsulation
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φDSA / ML-DSA-87 · signature
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KEM sizes · latency
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Signature sizes · latency
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