Manual Overhead
Eliminate the slow, error-prone process of manual decompilation that delays mission-critical patches.
Next-Gen Binary Intelligence
AI-driven binary analysis for mission-critical security. Powered by TII's Falcon intelligence — reveal vulnerabilities where others see only noise.
The Team
We are the AI for Security Research team within the Artificial Intelligence and Digital Science Research Center (AIDRC) at the Technology Innovation Institute (TII). A group of AI researchers and cybersecurity specialists united by a single conviction: that the future of security is intelligent, automated, and proactive. Our work sits at the intersection of cutting-edge AI research and real-world threat discovery, pushing the boundaries of what machines can understand about software vulnerabilities.
Our team brings together deep expertise across binary analysis, large language model research, fuzzing, vulnerability discovery, and malware analysis. We do not operate in silos; every capability informs the others. The same researchers who develop and fine-tune security-focused AI models are the ones discovering zero-day vulnerabilities in production software and building the datasets that make the next generation of models possible. This tight feedback loop between research and application is what drives BinSleuth forward.
BinSleuth is our mission made tangible. It is a platform built to detect, analyze, and reason about software vulnerabilities at a scale and depth that no manual process can match — combining the precision of both static and dynamic analysis with the contextual intelligence of AI. Everything we build is grounded in rigorous research, validated against real-world benchmarks, and tested against real threats. True to its name, BinSleuth is a binary sleuth: relentless, methodical, and designed to surface the vulnerabilities that evade every other form of analysis.
The Challenge
Eliminate the slow, error-prone process of manual decompilation that delays mission-critical patches.
Identify sophisticated threats hidden within obfuscated and encrypted binaries before execution.
Detect unknown vulnerabilities through algorithmic behavior patterns rather than outdated signatures.
Eliminate the slow, error-prone process of manual decompilation that delays mission-critical patches.
Identify sophisticated threats hidden within obfuscated and encrypted binaries before execution.
Detect unknown vulnerabilities through algorithmic behavior patterns rather than outdated signatures.
Capabilities
Real-time threat intelligence integration with IOC tracking, malware family attribution, and campaign analysis.
Binary diffing and comprehensive patch analysis to identify security fixes and potential bypasses.
Signature-less threat hunting utilizing proprietary heuristics and deep file introspection.
AI-enhanced detection of memory corruption, logic flaws, and zero-day vulnerabilities.
AI-powered assistant that accelerates vulnerability research with intelligent code analysis.
Real-time threat intelligence integration with IOC tracking, malware family attribution, and campaign analysis.
Binary diffing and comprehensive patch analysis to identify security fixes and potential bypasses.
Signature-less threat hunting utilizing proprietary heuristics and deep file introspection.
AI-enhanced detection of memory corruption, logic flaws, and zero-day vulnerabilities.
AI-powered assistant that accelerates vulnerability research with intelligent code analysis.
Platform
Architecture Support
drag32-bit Intel/AMD
Zero configuration required. Start analyzing immediately with no installation or setup overhead.
Complete comprehensive analysis in 2-5 minutes. Get results when you need them, not hours later.
One seamless interface for all analysis workflows. No context switching between multiple tools.
Cloud, on-premise, or hybrid deployments. Run analysis where your data lives—maximum flexibility.
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