Metalware is an autonomous firmware security testing platform that performs binary-level penetration testing without requiring source code, physical hardware, or test harnesses. Users upload firmware binaries, and the platform analyzes them to discover vulnerabilities automatically. Core capabilities: - Autonomous fuzzing of firmware binaries to discover crashes and vulnerabilities - Detailed root cause analysis for each discovered defect, including stack traces, memory addresses, and reproducible inputs - Coverage reporting at the basic block level - Corpus management with seeding from previous runs to improve efficiency over time - CI/CD pipeline integration for nightly fuzzing campaigns and pull request regression checks - Automatic GitHub issue filing and PDF report generation - Time-travel debugging support via plugins for GDB, Ghidra, and Binary Ninja - Fleetwide assessment across large device collections and firmware repositories - Supply chain firmware analysis for third-party and COTS components Target industries include automotive (ECUs, telematics, ADAS), aerospace (avionics, flight controllers), medical devices (infusion pumps, patient monitors, implantable devices), and ICS/IoT critical infrastructure. The platform supports compliance with industry standards including UNECE, ISO/SAE 21434, DO-178C, DO-254, DO-326A, FDA Cybersecurity Guidance, EU CRA, IEC, and NIST frameworks. Metalware also offers government and defense-focused services for fleet-wide vulnerability discovery and national security use cases.