Hardware Reverse Engingeer

<div class="content-intro"><p>At Two Six Technologies, we build, deploy, and implement innovative products that solve the world’s most complex challenges today. Through unrivaled collaboration and unwavering trust, we push the boundaries of what’s possible to empower our team and support our customers in building a safer global future.</p></div><p><strong>Overview of Opportunity&nbsp;</strong></p> <p>Join our team<strong> </strong>at Two Six Technologies, a team of innovative engineers and reverse engineers in Herndon, Virginia, where you’ll dive into groundbreaking research on advanced embedded systems and architectures. Working with technologies like processor modules, digital boards, and high-speed signals, you’ll deconstruct physical hardware, extract firmware, identify vulnerabilities, and push the boundaries of what’s possible in embedded system security. Collaborating closely with top-tier hardware engineers and security researchers, you’ll help tackle some of the toughest challenges in the field.&nbsp;</p> <p>Our growing roster of government customers depends on us to deliver cutting-edge security solutions. We’re looking for a skilled <strong>Hardware Reverse Engineer</strong> to help drive our mission forward. If you’re passionate about solving complex challenges and making a tangible impact on national security, we want you on our team.</p> <p><strong>Key Responsibilities:</strong></p> <ul> <li>Reverse engineer and analyze complex embedded systems designs to identify functional behaviors and facilitate deeper vulnerability analysis.</li> <li>Identify and exploit key system components, including communication channels and firmware memory.</li> <li>Conduct vulnerability research on hardened systems and architectures.</li> <li>Draft technical reports related to the function, characteristics, and any potential vulnerabilities of the assessed hardware and firmware.</li> <li>Rapidly prototype innovative technologies to analyze and exploit target systems.</li> <li>Reconstruct schematics from physical boards and develop hardware-in-the-loop (HIL) environments to test and emulate device behavior</li> <li>Utilize modern agentic AI systems (e.g., AI-guided PCB layout reconstruction and analysis, automated component identification, or LLM-driven fault-injection orchestration) to accelerate hardware red-teaming and reverse engineering workflows.&nbsp;</li> <li>Conduct protocol and signals analysis utilizing oscilloscopes, spectrum analyzers, and logic analyzers.</li> <li>Contribute to a diverse range of research and development projects focused on embedded system security.</li> <li>Isolate areas of interest in complex systems with precision and efficiency.</li> </ul> <p><