For security & compliance teams

The binary-level evidence your auditors are asking for.

Every npm install ships compiled native binaries that no security tool checks. BinShield decompiles them, classifies behavior with AI, and generates the audit-ready CycloneDX SBOMs that SOC 2, ISO 27001, and EU Cyber Resilience Act compliance require.

DevSecOpsCompliance teamsAppSec engineers
Demo20 packages · 65 binaries analyzed
binshield — analysis
$binshield scan bcrypt@6.0.0
Scanning... 0%
4 binaries
bcrypt_lib.nodex64194K18
bcrypt_lib.nodearm64201K15
bcrypt_lib.nodeia32178K12
napi.nodex6489K8
3/6 detected
CRYPTO
FS
PROC
NET
OBFS
EXFIL
52MEDIUM
EVP_sha512uv_queue_worknapi_registerbcrypt_gensaltgetrandomnode_module_register

See it in action

How BinShield analyzes your dependencies

Watch a real binary analysis — from package scan to AI classification to CI report — in 25 seconds.

The problemZero visibility

Native .node binaries execute on your servers. Snyk, Socket, and npm audit only check source code — not compiled machine code.

The solutionAI decompilation

BinShield decompiles binaries, classifies 6 behavior categories with Grok AI, and generates CycloneDX SBOMs for compliance.

The resultAudit-ready evidence

Binary-level documentation that SOC 2, ISO 27001, and EU Cyber Resilience Act auditors require. No other tool produces this.

How it works

3 steps to binary visibility
  1. Scan — Point BinShield at your npm dependencies via GitHub Action, CLI, or API.
  2. Classify — AI decompiles every native binary and classifies behavior across 6 categories.
  3. Document — Get audit-ready risk scores, behavior reports, and CycloneDX SBOMs.