You cannot migrate, govern, or audit what you have never inventoried.
Why a cryptographic inventory is now a board topic
Most organisations cannot answer a simple question: where do RSA, ECDSA, SHA-1, MD5, TLS certificates and hardcoded keys exist across our estate? Without that map, post-quantum migration cannot be scoped or budgeted, and DORA/NIS2 cryptographic-governance expectations cannot be evidenced.
What CRYPTAGION inventories
- Code — Python, JavaScript/TypeScript, Java, Go, C/C++.
- Certificates — X.509 (PEM, DER, CRT, CER), with issuer, validity and signature algorithm.
- Live TLS endpoints — negotiated protocols and cipher suites.
Every finding carries its provenance (file, line or endpoint), so the inventory is auditable, not a black box.
From inventory to decision
The inventory is scored by quantum risk and harvest-now-decrypt-later exposure, exported as a CycloneDX 1.6 CBOM, and turned into a board report and a migration roadmap. It runs inside your perimeter — on-prem or air-gapped — so your source code never leaves.
Baseline one critical application domain. We run discovery in the call and show your real inventory — no payment until you’ve seen it work.
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