About ObjectSecurity BinLens

The Vulnerability Scanner That Works on the Binary — Not the Source Code

Most software vulnerability scanning tools — SAST, SCA, NVD lookups, SBOM-based analysis — operate on source code, package manifests, or version strings. They are blind to what actually happens inside the compiled binary: the memory-safety bugs that don't show up in static analysis, the cryptographic weaknesses introduced by the compiler, the control-flow vulnerabilities that only exist in the object code, the CVEs that affect a binary but aren't reflected in any SBOM or dependency manifest.

ObjectSecurity BinLens™ analyzes the binary directly — no source code required. Using a unified pipeline of symbolic execution, static analysis, disassembly, and decompilation, BinLens automates the deep reverse engineering work that typically requires expert security researchers to perform manually — and does it deterministically, with evidence-backed findings, traceable proofs, and root-cause details that reduce false positives and accelerate triage.

For TWAIN Innovation Cloud participants building document capture hardware, firmware, embedded systems, scanning software, OT/ICS integrations, or any mission-critical application where binary security is non-negotiable, BinLens delivers the depth of analysis that no other tool in the market currently provides. Proven in high-consequence government and industrial environments for over 10 years.

Four Core Capabilities
Why BinLens
Deeper and More Accurate Than SBOM, SAST, and Source Code Scanners
  • ›Automates deep analysis — replaces workflows that typically require expert reverse engineers
  • ›Finds published and unknown vulnerabilities often missed by SBOM, SAST, and source code scanners
  • ›Analyzes binaries directly — no source code, no build environment, no debug symbols required
  • ›Produces deterministic, evidence-backed results that reduce false positives and speed triage
No Source Code Evidence-Backed Deterministic Replaces Manual RE
What BinLens Detects
Critical Binary Vulnerabilities Across IT and OT/ICS Software
  • ›Memory-safety issues: overflows, out-of-bounds access, use-after-free, double-free, NULL dereference
  • ›Control-flow and exploit risks: user-controlled redirection, dangerous functions, exploitable patterns
  • ›Cryptographic weaknesses: hardcoded keys, weak algorithms, low-entropy implementations
  • ›Broad coverage — ~140 CWEs, ~18,000 binary CVEs, compliance mapping to NIST 800 and ISA/IEC 62443
Memory Safety Crypto Weakness Control Flow NIST 800 ISA/IEC 62443
How BinLens Works
Unified, Deterministic Analysis Pipeline — From Binary to Report
  • ›Integrates symbolic execution, static analysis, disassembly, and decompilation in one pipeline
  • ›Optional clustered scaling for performance on large binary sets or complex architectures
  • ›Deterministic, reproducible exploration of complex execution paths with evidence-backed findings
  • ›Clear outputs with traceable proofs, root-cause details, and optional post-patch delta reports
  • ›OpenAPI integration for CI/CD and SIEM, with PDF/JSON reporting and delta comparison
Symbolic Execution Static Analysis OpenAPI CI/CD Delta Reports
Who Uses BinLens
Built for Mission-Critical Security Teams — Defense, OT/ICS, and Product Security
  • ›Reverse engineers and red teams accelerating deep analysis across diverse binary targets
  • ›DevSecOps and product security teams finding issues missed by SBOM, NVD, SAST, and fuzzing
  • ›OT/ICS and supply-chain teams evaluating proprietary or legacy binaries to reduce risk
  • ›Flexible deployment: fully offline air-gapped, on-premises, or cloud / hybrid
Red Teams DevSecOps OT/ICS Air-Gapped
Coverage & Breadth
The Deepest Binary Coverage in the Market
~140
CWEs
Common Weakness Enumeration coverage
~18,000
Binary CVEs
Known binary-specific CVEs matched
30+
CPU Architectures
x86, x64, ARM, MIPS, RISC-V, and more
50+
Binary Formats
ELF, PE, Mach-O, embedded formats, and more
BinLens vs. Traditional Scanning Tools
❌ Traditional Tools (SAST / SBOM / NVD)
  • ✗Require source code or build environment
  • ✗Blind to compiled-in vulnerabilities
  • ✗Miss crypto weaknesses introduced at compile time
  • ✗Version-string matching misses patched or modified binaries
  • ✗Cannot analyze proprietary, legacy, or closed-source software
  • ✗High false-positive rates require expert triage
  • ✗No OT/ICS binary format support
✓ ObjectSecurity BinLens™
  • ✓Analyzes compiled binaries directly — no source code
  • ✓Finds unknown vulnerabilities in any binary
  • ✓Detects cryptographic weaknesses in compiled code
  • ✓Works on modified, patched, and obfuscated binaries
  • ✓Analyzes proprietary, legacy, and closed-source software
  • ✓Deterministic, evidence-backed — low false positives
  • ✓30+ CPU architectures, 50+ binary formats incl. OT/ICS
🛡
Flexible Deployment — Including Fully Air-Gapped
BinLens is designed for the most security-demanding environments. Deploy fully offline in an air-gapped, on-premises environment with no external connectivity required — ideal for classified programs, critical infrastructure, and OT/ICS networks where cloud connectivity is prohibited. Also available as cloud or hybrid deployment for teams with less restrictive environments. Optional clustered scaling for performance on large binary analysis workloads.
Air-Gapped / Offline On-Premises Cloud Hybrid Clustered Scaling PDF / JSON Output
Government Proven & DoD-Awardable
10+ Years in Mission-Critical Programs — DoD-Awardable Through Multiple Vehicles
BinLens (evolved from the ObjectSecurity OT.AI Platform v2) has been trusted in high-consequence government and industrial environments for over a decade. Backed by DoD R&D programs across Navy, Space Force, Army, Air Force, DTRA ($1.1M NLC-ADP contract), DARPA, and MDA. DoD-awardable through Platform One, Tradewinds, and SBIR Phase III.
Platform One Tradewinds SBIR Phase III DTRA ($1.1M Award) Navy Contract ($2.5M) DARPA Space Force Army · Air Force · MDA
Sectors & Use Cases
🛡 Defense / DoD 🏭 OT / ICS / SCADA ⚡ Critical Infrastructure 🔒 Product Security Teams 🔴 Red Teams 🔗 Supply Chain Security 📡 5G / SATCOM 🤖 AI/ML Model Security 📄 Document / Scanner Firmware (TIC)
// What's Included in the TIC Trial
  • ✓ BinLens trial environment access — hands-on analysis of your own binary targets using BinLens v3.x — including memory-safety, control-flow, cryptographic weakness, and CVE detection across your specific binary formats and CPU architectures.
  • ✓ Engineering briefing with ObjectSecurity's team — a 15-minute or longer technical session reviewing your mission needs, binary targets, and analysis pathways — helping you understand how BinLens approaches your specific security problem and what findings to expect.
  • ✓ TWAIN / scanner firmware analysis consultation — for TIC participants building or securing scanning hardware and firmware, a specific session on applying BinLens to compiled scanner firmware — identifying vulnerabilities that SBOM and traditional scanning tools miss in scanner and MFP binaries.
  • ✓ Symbolic execution walkthrough — a technical demonstration of BinLens's symbolic execution engine (v3.3.0+) — showing how it explores complex execution paths, generates evidence for findings, and produces the traceable proofs that make BinLens results actionable for engineers, not just analysts.
  • ✓ OpenAPI integration support — documentation and support for integrating BinLens into your CI/CD pipeline, SIEM platform, or security workflow via BinLens's OpenAPI — with PDF and JSON output options and optional post-patch delta comparison reports.
  • ✓ Compliance mapping review — guidance on how BinLens findings map to NIST 800 series and ISA/IEC 62443 frameworks — relevant for TIC participants whose customers operate in regulated environments requiring documented vulnerability assessment and remediation tracking.
  • ✓ Deployment option consultation — review of on-premises, air-gapped, cloud, and hybrid deployment options for your specific environment — including clustered scaling configuration for large binary analysis workloads or classified deployment requirements.
  • ✓ Datasheet and capability statement — access to ObjectSecurity's BinLens datasheet, capability statement, and relevant case studies — including the VenTek International unattended kiosk security case study — relevant for documenting your evaluation for procurement or program approval.
Request BinLens TIC Trial →
// TIC Participant Trial Request
Request BinLens Trial Access
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