Principal Firmware Reverse Engineer III AI-Assisted

Black Eagle Defense; Fort Meade (MD); On-site; USD 209,000 - 266,000; Full time

Job summary

Black Eagle Defense is seeking a Principal Firmware Reverse Engineer III in the United States to lead the development of tools and workflows that empower reverse engineers to work more effectively. You will focus on binary analysis, disassembly, firmware analysis and reverse engineering across embedded devices and complex platforms.

You will leverage automation, AI-assisted techniques and emerging technologies to accelerate mission outcomes, collaborate with customers, engineers and software

Responsibilities

• Develop and enhance tools, automation, and workflows for reverse engineers to operate more effectively and efficiently.
• Design and implement solutions that support binary analysis, disassembly, firmware analysis, and reverse engineering across embedded systems and device platforms.

Job description

SALARY RANGE $209,000 - $266,000/year.

DUTIES As a successful candidate for the Principal Firmware Reverse Engineer III role, you will focus on developing and enhancing the tools, automation, and workflows that enable reverse engineers to operate more effectively and efficiently. You will design and implement solutions that support binary analysis, disassembly, firmware analysis, and reverse engineering activities across complex software, embedded systems, and device platforms. In this role, you will leverage automation, artificial intelligence, and emerging technologies to streamline reverse engineering processes, improve analytical workflows, and accelerate mission outcomes. You will work closely with customers, reverse engineers, and software developers to identify workflow challenges, gather requirements, and develop innovative tooling solutions that enhance analysis capabilities. Through the development of automation frameworks, AI-assisted workflows, and reverse engineering tooling integrations, you will help advance the next generation of analysis platforms while improving the effectiveness, scalability, and usability of reverse engineering operations.