Post-quantum cryptography, benchmarked on the machine in front of you. Local, signed, reproducible.

benchmarks

  • 0.0108falcon · sign
  • 0.0157ml-dsa · sign
  • 0.5033sphincs+ · sign

quantum

We ran the attack. Shor’s algorithm, factoring 15 on IBM quantum hardware, from inside Keystone.

  • 4.69 sqpu time
  • 683circuit depth
  • 2030rsa-2048 · projected break
control register · 4,096 shots · peaks every 4

annex

Keystone / evidence instrument

Recorded Field: ML-KEM-768

Release seed
a79db8d97bbc
Captured
19 Jul 2026
Run ref
142385c34dae
IDX ——— · VAL ———
FIELD 01 Two FIPS 203 SampleNTT polynomials derived from the release checksum. Coefficient value controls the restrained rest angle; inspection reveals the exact value without changing geometry.
ITER ——— · ——— µs
TRACE 02 Every encapsulation sample in run order. A monotonic log1p transform keeps the full 259.21 µs maximum visible; open rings identify values past p99.
BATCH ——— · ITER ——— · ——— µs
LANES 03 Key generation, 2,400 samples in 40 chronological batches. Vertical displacement is the median residual scaled by half the p10–p90 span; open rings mark values outside ±3.2 scaled units. Inspection never moves a mark.

download

keystone for macOS · 13.5+ · signed & notarized

Download Keystone 1.0.0 for macOS