What's hiding in your firmware?
Metalware's vulnerability detection platform helps enterprises and governments secure critical infrastructure at scale.
Bridging The Gap In Firmware Security
Metalware is the only automated, end-to-end firmware fuzzing solution that proactively uncovers unknown vulnerabilities in embedded systems.
Automatically detect firmware vulnerabilities during penetration testing or pre-release testing in your CI/CD pipeline via our API.
Our emulation and fuzzing capabilities enable scalable firmware testing without hardware to catch issues before software release.
We support critical national security missions.
Generate detailed, audit-ready reports that fulfill regulatory requirements—from aviation and automotive to medical devices.
Core Platform
Industries
Aerospace/defense
In aerospace and defense, system integrity isn’t just about data—it’s about lives, national security, and mission success. As vehicles, satellites, and defense systems become increasingly software-driven, the security of embedded firmware has never been more critical. Metalware delivers an automated, end-to-end firmware fuzzing solution designed to proactively expose vulnerabilities in complex, mission-critical systems—before they can be exploited.
Learn More
Automotive
The automotive landscape is evolving faster than ever—with vehicles becoming increasingly connected, autonomous, and software-driven. As these advances transform mobility, the security of vehicle firmware has emerged as a critical concern. Metalware delivers an automated, end-to-end firmware fuzzing solution that proactively identifies vulnerabilities before they can be exploited, ensuring that every onboard system—from ECUs to infotainment—is robust and secure.
Learn More
Consumer IoT
Consumer IoT devices—from smart home appliances and wearables to connected speakers and security cameras—are transforming everyday life. Yet as these devices become more integrated into our daily routines, their firmware vulnerabilities expose users to risks ranging from privacy breaches to participation in massive botnet attacks. Metalware offers an automated, end-to-end firmware fuzzing solution that proactively identifies hidden vulnerabilities in Consumer IoT products—ensuring safer, more reliable devices and protecting your brand’s reputation.
Learn More
Industrial controls
Industrial control systems (ICS) are the backbone of our nation’s critical infrastructure—from power plants and water treatment facilities to manufacturing and transportation networks. These systems increasingly rely on embedded firmware to manage operations, yet their security often lags behind modern IT environments. Metalware delivers an automated, end-to-end firmware fuzzing solution designed to proactively identify vulnerabilities in industrial control firmware—ensuring the safety, reliability, and resilience of your critical infrastructure.
Learn More
Medical devices
In medical technology, embedded devices—from infusion pumps and diagnostic equipment to wearable monitors—are increasingly connected and software-driven. With patient safety on the line, ensuring the reliability and security of device firmware is paramount. Metalware offers an automated, end-to-end firmware fuzzing solution that proactively uncovers vulnerabilities before they can be exploited, helping medical device manufacturers deliver safer, compliant products.
Learn More
Telecom
Telecom networks are the lifeline of modern communication—powering everything from mobile services and broadband to IoT connectivity and critical infrastructure. As these networks become increasingly complex and software-defined, the security of embedded firmware in routers, switches, base stations, and other telecom equipment is paramount. Metalware delivers an automated, end-to-end firmware fuzzing solution that proactively exposes vulnerabilities in telecom devices—ensuring uninterrupted, secure connectivity in an ever-evolving threat landscape.
Learn MoreDiscover how Metalware can protect your firmware
Schedule a demo to see our firmware fuzzing in action.