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Documentation Index

Fetch the complete documentation index at: https://docs.binarly.io/llms.txt

Use this file to discover all available pages before exploring further.

The Cryptographic Materials tab provides an isolated view of all cryptographic findings discovered during a scan. Navigate to an image scan detail view and select Cryptographic Materials from the tabbed navigation to access it. The tab surfaces detected algorithms, protocols, certificates, and keys across all components in the analyzed image, enabling compliance assessment, post-quantum migration planning, and risk prioritization.

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Grid Columns

The grid presents one row per cryptographic finding. All columns support sorting, filtering, and reordering.
ColumnDescription
TypeCategory of the finding: Algorithm, Protocol, Certificate, or Key
Finding / ClassFinding class identifier (e.g., crypto/algorithm/hashing/md5, crypto/certificate/expired)
ComponentBinary component in which the material was found
SeverityRisk level assigned to the finding
ConfidenceHow certain BTP is that it identified the correct algorithm and its exact parameters — uses the same five-level scale as all other findings (see Accuracy & Confidence)
ReachabilityWhether the cryptographic material is accessible from a public entry point in the binary (see Reachability Analysis); applies to algorithms and protocols
PQC StatusPost-quantum compliance classification per NIST IR 8547: compliant, non-compliant, or acceptable until a specified date

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Algorithm Findings

Algorithm findings identify cryptographic algorithm implementations in the analyzed binary. Each finding includes:
  • Algorithm class and detected parameters (key size, mode of operation)
  • Component name and offset where the implementation was found
  • Function addresses associated with the cryptographic code
  • Reachability result
  • PQC compliance status

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Certificate Findings

Certificate findings expose X.509 certificates embedded in the image. The finding detail view provides:
  • Issuer and Subject - certificate authority and the entity the certificate was issued to
  • Origin - component path within the image where the certificate was found
  • Validity period - not-before and not-after dates
  • Expiration status - whether the certificate has expired
  • Signature algorithm - algorithm used to sign the certificate
  • Public key algorithm and size - e.g., RSA-2048, EC P-256
  • Self-signed flag - whether the certificate is self-signed
Certificate issue classes (crypto/certificate/expired, crypto/certificate/invalid, crypto/certificate/self-signed, crypto/certificate/untrusted) carry severity ratings. Certificates without issues are recorded as artefact/crypto-certificate-material and are informative.

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Key Findings

Key material findings record cryptographic keys embedded in the binary:
  • Key type - RSA, EC, Ed25519, post-quantum, or other
  • Key size / parameters - bit-length or parameter set
  • Location - component path and offset within the image
  • Classification - private key vs. public key
Private keys found in firmware are additionally flagged under secret/private-key or secret/encryption-key, which carry elevated severity due to the risk of key exposure.

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Filtering and Searching

Quick column filters:
  • Filter by Type to narrow to Algorithms, Protocols, Certificates, or Keys.
  • Filter by Finding / Class by class prefix - e.g., crypto/algorithm/hashing for hashing algorithms, crypto/certificate for certificate findings.
  • Filter by PQC Status to isolate quantum-vulnerable findings for migration planning.
  • Filter by Severity to surface only weak or deprecated materials.
Advanced filtering: Open the Filters drawer (upper-right of the grid) to build multi-criteria filters across severity, confidence, reachability, component, and other fields. See CVSS Vector Filtering.
Save a filter combining PQC Status: non-compliant and Reachability: reachable as a named Saved View. This surfaces quantum-vulnerable algorithm usages that are actively reachable - the highest-priority set for migration planning. See Saved Views.

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Generating Reports

Click the Generate button in the tab to produce a PDF or JSON report listing all quantum-vulnerable algorithm instances with NIST IR 8547 migration guidance.See PQC Compliance Report for report contents and format details.