Platform highlight · Quantum readiness

Quantum Cryptographic Risk Engine.

Identify quantum-vulnerable cryptography across design, code, and delivery artifacts, then guide remediation with implementation-ready recommendations.

Request a demo →All use cases
Risk overview

Every crypto asset, prioritized for migration risk.

Our proprietary QSRE discovers cryptographic assets across architecture and delivery artifacts, then prioritizes migration by business impact and data context.

See how gates enforce migration →
Quantum readiness findings
Sample
10
Crypto assets
3
Critical risk
8
Migration priority
2
Quantum-safe
Critical2
Risk 95Quantum-broken
Legacy RSA key in TLS bootstrap
services/tls · L12
Risk 88Quantum-broken
ECDSA signing on wallet path
services/sign · L120
High2
Risk 72Weakened
Triple-DES in legacy store module
store/crypto · L54
Risk 65Weakened
SHA-1 webhook verification
webhook/verify · L33
Medium1
Risk 48
AES-128-GCM on cache layer
cache/aead · L19
Low1
Quantum-safe
modern hybrid handshake
api/pqc · L14

Illustrative sample — not a live product screenshot.

CRITICAL · QCR-3Quantum-broken key exchange on external endpoint
A weak asymmetric key terminates TLS for an externally exposed service. Risk reflects data lifespan and sensitivity, with exposure increasing as cryptographic standards evolve.
Target · modern approved standard
Draft migration to modern hybrid key exchange and signing.
− load_legacy_rsa_pem("server-1024.pem")
+ handshake = approved_hybrid_kem()
+ signer = approved_signing_policy(...)
Autonomous remediation

Migration plans teams can execute.

Teams get migration guidance, phased recommendations, and reporting tied to practical delivery constraints.

Design-stage discovery

Finds cryptography risk across source, design docs, infrastructure config, and PR changes.

Quantum risk clock

Ranks each asset using data sensitivity and retention lifespan.

The pipeline

Integrated across review, delivery, and release.

Asset discovery

Builds an inventory of cryptographic assets across delivery artifacts.

Risk prioritization

Future decryption risk prioritized per asset with gap mapping.

Migration PRs

Remediation drafts migration-oriented code changes before vulnerable crypto ships.

SecureShift AI identifies quantum-vulnerable cryptography early, prioritizes it by data context, and generates migration-ready implementation guidance before release.

10
Crypto assets tracked
3
Critical risk findings
4
Framework mappings
1
Blind spots escalated for review
Get in touch

Post-quantum readiness at the SDLC layer.

See QSRE prioritize migration risk on your stack and guide remediation before vulnerable crypto reaches production.

Request a demo →Explore the platform