Is your code quantum-safe?
CRQC is expected by 2030. NIST mandates PQC migration by 2035.
Find and fix classical cryptography in your codebase today.
Q-Day is coming
CRQC is expected between 2030 and 2035. RSA-2048, ECDH, and ECDSA will be broken in hours. NIST mandates full PQC migration by 2035.
Your code is already compromised
"Harvest Now, Decrypt Later" means adversaries are archiving your encrypted traffic today, waiting for the quantum computers to decrypt it tomorrow.
You don't know your exposure
Classical cryptography is scattered across microservices, dependencies, and configuration files. Standard security scanners do not surface it all.
Scan any public GitHub repo in 60 seconds
Drop any public repository URL below. Our engine will clone, parse, and identify all classical cryptographic primitives without requiring an account.
Demo Notice: This public check operates in a secure ephemeral sandbox. Source assets are processed in-memory and never stored.
Production Perimeter: Enterprise deployments utilize fully isolated private VPC execution sandboxes where the security analysis runs strictly within your secure perimeter, and private cryptographic assets or source code never leave your premises.
Detect & Score
Deep static analysis parsing for classical primitives.
Score & Score
Advanced threat risk evaluation from 0–10 based on code context.
Migrate & Score
Auto-generate fully refactored, standard-compliant GitHub PRs.
Full cryptographic visibility.
Zero configuration.
Cryptographic Bill of Materials
We compile every crypto primitive in your codebase into a standard CBOM. Understand exactly what algorithms are used, where they are located, and how vulnerable they are.
- File-level precision
- Severity-graded findings
- Exportable to CycloneDX, SARIF, and CSV
Advanced ML + LLM Risk Intelligence
Not all crypto usage is equal. Our ML model scores risk from 0–10 based on context, while our LLM explains exactly why the algorithm fails against Shor's algorithm.
CRITICAL RISK
Requires immediate attention
AI Analysis: RSA-2048 key exchange in jwt.py:42 is broken by Shor's algorithm in O(log³ n). Migrate to ML-KEM-768 (FIPS 203) to ensure IND-CCA2 security against quantum adversaries.
One-Click GitHub PR Migration
Don't just find vulnerabilities — fix them. We auto-generate complete GitHub Pull Requests that safely swap classical algorithms for NIST-approved PQC replacements using the latest secure libraries.
NIST Post-Quantum
FIPS 203, FIPS 204, FIPS 205
Native support for ML-KEM, ML-DSA, and SLH-DSA replacements.
NIST IR 8547
Audit & Executive Reporting
One-click compliance exports for federal and enterprise requirements.
Industry Standards
CycloneDX, SARIF 2.1
Interoperable formats for CI/CD and standard vulnerability management.
Scan & Score
Instantly parse entire codebases to locate vulnerable classical cryptography without manual audits.
Detection Rules
Deep static analysis across 5 languages finds cryptographic primitives that standard search rules miss.
Automated Remediation
Convert complex NIST compliance requirements into ready-to-merge GitHub pull requests.
Transition to
Quantum-Safe.
We are partnering with selected engineering and security teams to map, audit, and systematically refactor legacy cryptographic dependencies before harvest-now, decrypt-later risks materialize.
AST-Level Mapping
Automatically trace legacy algorithms (RSA, ECC, Diffie-Hellman) down to line-level declarations.
FIPS 203 Readiness
Validate codebases against NIST guidelines and export verifiable compliance roadmaps.
Schedule a Crypto Deep Dive
Discuss FIPS compliance, hybrid protocols, and migration timelines. Zero slides.