AI-powered LLVM obfuscation that hardens your binaries against reverse engineering, piracy, and tampering — with risk analysis, CFG visualization, and executive-grade reports.
Everything a security-conscious engineering org needs — without compiler-toolchain pain.
CodeBERT-class models detect sensitive logic — auth, crypto, license, payments, secrets — and assign risk scores per function.
9+ techniques: control-flow flattening, string encryption, bogus CF, instruction substitution, opaque predicates, and more.
Runtime protection, integrity verification, debugger detection, VM detection, binary fingerprinting.
Quantified 0–100 score, RE resistance, entropy increase, and tamper resistance with interactive analytics.
Interactive before/after control-flow graphs powered by React Flow. Zoom, pan, and compare complexity gains.
PDF / DOCX / HTML reports with threat model, applied protections, and visual charts.
Organizations, RBAC, shared workspaces, review system, audit logs, activity timeline.
Inspect functions, symbols, strings, sections; surface weaknesses and risk exposure.
An automated, AI-driven pipeline that replaces hours of manual compiler-toolchain work.
Pre-configured stacks of obfuscation techniques. Or build a custom profile.
“ObfusShield AI replaced a 3-week manual hardening process with a 4-minute pipeline. Our license-validation logic is now genuinely opaque.”
“The AI risk analysis caught a hardcoded API key our SAST tools missed. The CFG comparison made the value obvious to leadership.”
“We needed defense-grade protection without the LLVM PhD. The Military profile gave us exactly that, with audit-ready reports.”
For individuals exploring protection
For product teams
For regulated industries
Upload your source. Pick a profile. Download a protected artifact and a board-ready report.
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