Find and fix the cryptography a quantum computer will break.
A future quantum computer breaks the public-key cryptography — RSA, ECDSA, ECDH — that secures almost everything today, and data captured now can be decrypted later. Qedify scans your code, shows exactly what's at risk, and walks you through migrating to the NIST post-quantum standards. It runs on your machine; your code never leaves your network.
One workflow, five steps
From "where is our cryptography?" to "here's how we fixed it."
Discover
Inventory every use of cryptography across your code and dependencies, and flag what a quantum computer breaks.
Assess
Rank what to fix first using data shelf-life and the Mosca rule.
Plan
Sequence a hybrid-first migration to ML-KEM, ML-DSA and SLH-DSA.
Remediate
Concrete, per-algorithm fixes with before/after guidance.
Govern
Track posture over time and prove compliance.
Why teams use it
Runs on your machine
Scanning is local — your source never leaves your network. Works offline, which matters for regulated and air-gapped environments.
Built on the NIST standards
Every recommendation maps to FIPS 203 (ML-KEM), 204 (ML-DSA) and 205 (SLH-DSA), with hybrid-first guidance.
Reads, never runs your code
Qedify pattern-matches your source against its cryptographic rules. It never executes what it scans.
Exports a CBOM
Get a CycloneDX Cryptographic Bill of Materials that plugs into your existing security tooling.
How it works
Up and running in four steps.
Download
Grab the Qedify app for your operating system.
Install & open
Run it like any desktop app — no command line needed.
Sign in
Create an account or sign in to activate your plan.
Scan
Point it at your project and get your crypto inventory, risks, and fixes.