POST-QUANTUM CRYPTOGRAPHY · DISCOVER → MIGRATE → COMPLY
RSA and ECC have an expiry date.
Get quantum-safe before it.
A cryptographically-relevant quantum computer breaks RSA/ECC with Shor's algorithm — and "harvest now, decrypt later" turns today's encrypted traffic into tomorrow's breach. Qianheng Guard discovers every RSA/ECC dependency, migrates it to NIST ML-KEM / ML-DSA, and proves NIST + GM/T dual-compliance.
Discover+
Migrate+
Comply=
Quantum-safe
Aligned with
NIST FIPS 203/204/205
CNSA 2.0
NSM-10
GM/T 国密
ETSI QSC
Assets Scanned
1,847
▲ 12% vs last scan
Quantum Vulnerable
412
22.3% of all crypto assets
Migration Pending
178
deadline · 2028-01-01
PQC Coverage
77%
▲ 5.2% this quarter
Active scan — prod-us-east-1
Module: security.crypto_inventory · depth=recursive · TLS + X.509 + code
0%
Critical Assets
Filtered by quantum-vulnerable · sorted by risk
| Asset | Algorithm | Risk | Priority | Deadline |
|---|
Algorithm Distribution
across 1,847 crypto uses
412
vulnerable
PQC Migration Plan
auto-generated from crypto_agility.MigrationPlan · NIST-PQC-2028 policy
P0 · Forbidden
0P1 · Deprecated
0P2 · Monitoring
0NIST PQC Timeline
milestones from crypto_agility.NISTTimeline
today ·
Probabilistic Risk Distribution
Harvest-now-decrypt-later (HNDL) exposure probability · aligned to MiCA & NIST-2030
10 yr
Model: CRQC arrival = logistic CDF (median year = scenario); probability that traffic harvested today is decrypted within its secrecy horizon = CDF(today + horizon). PQC-safe assets carry ~1% residual risk. For risk communication, not a guarantee.