You cannot migrate cryptography you cannot see
Every post-quantum migration plan starts with the same unglamorous problem: nobody knows where all the cryptography is. BOMNexa solves that first step properly: a full cryptographic inventory from your actual artifacts, classified as quantum-vulnerable or quantum-safe, with the migration report to act on it.
Why this is urgent now
Harvest now, decrypt later
Data stolen today can be decrypted when quantum capability arrives; long-lived secrets are already at risk.
Government timelines exist
Standards bodies and national security agencies have published concrete migration timelines; regulated sectors will inherit them.
Crypto hides everywhere
Algorithms live in source, config, certificates, protocols, and compiled binaries, far beyond what a code search finds.
How SecuNexa answers it
Inventory from evidence
The CBOM is built from artifacts: source, TLS and crypto configuration, certificates and keys, and compiled binaries, with evidence for every asset.
A verdict per asset
Each algorithm and key is classified against current NIST post-quantum standards: vulnerable, safe, and what to move to.
A plan, not a scare
The migration-readiness report names which components, in which services, need which change, so the program becomes schedulable engineering work.
Frequently asked questions
We use TLS everywhere. Are we not fine?
TLS versions are one line of the inventory. The exposure that matters hides in at-rest encryption, signing, key exchange inside applications, and hard-coded algorithm choices in code and binaries, which is exactly what a CBOM surfaces.
Does this need internet access to classify algorithms?
No. Classification logic and standards data ship with the product and its signed offline bundles, like everything else in the platform.
See how this works in an environment like yours.
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