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Design, develop, and test embedded software and tooling to support offensive cybersecurity research and mission capabilities. Build target-specific instrumentation and high-fidelity emulation targets, create and operationalize CNO tools for embedded platforms, and execute technical tasks autonomously to meet customer mission requirements.

Lead vulnerability research across hardware, software, and operational systems: reverse-engineer embedded devices, develop PoC exploits, review source code, analyze mission impact, propose countermeasures, produce reports and briefings, provide technical leadership and mentor junior researchers. Regular on-site support at Linthicum, MD; active TS/SCI with Polygraph required.

Lead vulnerability research across hardware, software, and operational domains: reverse-engineer embedded systems, develop PoC exploit code, analyze mission impact, propose countermeasures, produce reports and briefings, and mentor junior researchers while providing technical leadership.

Perform reverse engineering and vulnerability research on embedded systems and software, develop PoC exploit code, analyze attack vectors and operational impacts, produce reports and briefings, and mentor junior researchers while supporting a Linthicum, MD customer site.

Perform hardware and firmware reverse engineering on complex embedded systems to find vulnerabilities, reconstruct schematics, develop HIL testbeds, analyze signals/protocols, prototype exploits, and produce technical vulnerability reports supporting government customers.

The Automation Tester at Two Six Technologies is responsible for developing and maintaining automated tests, performing various types of software testing, and collaborating with development teams to address product defects.

The Software Engineer will develop, maintain, and manage software systems, perform analysis on user needs, and ensure system performance while documenting processes and collaborating with technical teams.

The Automation Test Engineer will develop and maintain automated tests, conduct manual testing, report bugs, and collaborate with developers on testing new features.

Lead technical vision and architecture for a hardware security product across hardware, FPGA, embedded firmware, and software. Guide design tradeoffs, mentor engineers, develop testing/CI strategies, transition prototypes to production, and coordinate with stakeholders for secure, resilient deployments.

As a Lead Hardware Reverse Engineer, you'll analyze embedded systems, conduct vulnerability research, draft reports, and prototype technologies to enhance system security.