Cryptography Visibility & Quantum Readiness
Detect and inventory cryptographic algorithms across your code.
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Detect — Find crypto where it truly exists
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Inventory — Build a structured, machine-readable list
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Report — Evidence for audits and compliance
Cryptography visibility for audits, regulation, and quantum preparation
Get visibility into cryptography in your code!
Focused on detection and inventory.
No cryptographic migration or forced remediation.
Why Cryptography Visibility Matters
Cryptography exists, but no one can see it
INHERITED
Cryptography enters through open source dependencies and reused code.
LEGACY
Long-standing components still rely on outdated or undocumented algorithms.
INVISIBLE
Declarations fail to reflect what’s actually in source code.
As encryption audits and regulation emerge, assumptions and metadata are not enough.
Source-code-level cryptography detection.
Machine-readable cryptography inventory.
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Identification of undeclared and inherited crypto.
Evidence for audits, compliance, and reporting.
Built on the Crypto Insight Framework
SCANOSS approaches cryptography visibility with the Crypto Insight Framework, designed to spot cryptographic implementations exactly where they live: in source code. ​
The Crypto Finder is one implementation of this framework, used to surface cryptographic primitives and algorithms across repositories, including reused and transitive code.
Developed in collaboration with IBM, aligning on a discovery-first approach to cryptography and quantum readiness.
What it Enables
Encryption Audits
Gather verifiable evidence from source code.
Export Compliance
Identify cryptography triggering classification.
SBOM Enrichment
Add cryptographic insight to software inventories.
PQC baseline
Establish visibility before future decisions.
Know What's in Your Software
Start With Visibility
DETECT
Identify cryptographic algorithms present in source code, including those introduced through dependencies, reused files, or legacy components.
A clear view of which algorithms exist and where they appear.
INVENTORY
Consolidate detected cryptographic algorithms into a structured, machine-readable inventory across projects and repositories.
A verifiable dataset for audits, export reviews, and cryptography reporting.
PREPARE
Use cryptography visibility as a baseline for compliance, reporting, and future cryptographic decisions.
Readiness is driven by evidence from source code.