SHRED is a centralized vulnerability research platform that enables security teams to manage fuzzing campaigns, configure research engines, triage crash findings, and track vulnerabilities from discovery through remediation, all from a single interface.
The platform includes a metrics dashboard for program-wide visibility, a project manager for source code and binary targets, an input library for corpora and grammar files, and infrastructure integration settings that connect SHRED to your existing security tooling.
Three Engines, Complete Coverage
Three specialized engines cover the full vulnerability landscape:
KhaiCode Engine
Built in collaboration with KhaiCode Binary Exploit Intelligence Platform, this engine automates the discovery and exploitation of known vulnerabilities in compiled binaries with no source code required. It decomposes software components, maps them against CVE records, traces exploitable attack paths, and validates exploitability, giving results from scan to confirmed exploit in hours.
AI-Powered Vulnerability Research
An AI-orchestrated engine that drives the complete vulnerability discovery and exploitation workflow. It maps the attack surface, coordinates fuzzing and analysis in parallel, provisions lab environments automatically, and guides exploit development. Research cycles that used to take weeks now take days.
Fuzzing Management Platform
A managed fuzzing environment that takes the operational burden off research teams. Teams configure and launch campaigns in minutes, scale to hundreds of parallel instances automatically, and receive deduplicated, classified results that are ready for review, not raw output to sort through.
Core Capabilities
Software deployments commonly include third-party components with known, unpatched vulnerabilities that haven't been reviewed. SHRED integrates KhaiCode Binary Exploit Intelligence Platform to automates the process of finding and validating them in compiled binaries — systematically, at scale, without source code.
Binary Software Composition Analysis: decomposes binaries, identifies embedded components, and maps them against known CVE records.
Attack Path Determination: traces exploitable paths within the target and assesses real-world impact for each finding.
Exploit Validation: uses an exploit template database and automated generator to confirm exploitability and deliver a validated proof of concept.
In collaboration with
