Senior Cyber Vulnerability Researcher (Red Team)

The MIL Corporation; Lexington Park (MD); On-site; USD 115,000 - 220,000; Full time

Job summary

The MIL Corporation seeks a Cyber Security Vulnerability Researcher, Advanced (Security Engineering, Associate) to support the Naval Aviation Red Team at Patuxent River, MD. This on-site role focuses on vulnerability research and tool development for AIR-RT operations.

Ideal candidates hold a Top Secret clearance and a BA/BS, with 7+ years of relevant experience, strong Python skills, and experience using GHIDRA and IDA Pro. On-site schedule with potential compressed work arrangements.

Qualifications

• BA/BS degree required.
• 7+ years of relevant experience.
• Experience with Python programming.
• Proficiency with GHIDRA and IDA Pro reverse engineering tools.
• Ability to interact with clients and project sponsors.
• Ability to work in a diverse, fast-paced, high-performance team.
• Strong organizational and communication skills.

Responsibilities

• Conduct vulnerability research and tool development for AIR-RT operations.
• Perform risk and vulnerability assessments of hardware, software, and networks.
• Analyze security of applications and provide actionable results.
• Evaluate technology and support risk assessments for major changes.
• Collaborate with clients and sponsors to deliver results.
• Identify issues and vulnerabilities in development and implementation.

Skills

Python

Communication

Teamwork

Organizational skills

Education

Bachelor's degree in IT/Cybersecurity/CS

Tools

GHIDRA

IDA Pro

Job description

The MIL Corporation seeks a Cyber Security Vulnerability Researcher, Advanced (Security Engineering, Associate) to support the Naval Aviation Red Team at Patuxent River, MD. This on-site role focuses on vulnerability research and tool development for AIR-RT operations.

Ideal candidates hold a Top Secret clearance and a BA/BS, with 7+ years of relevant experience, strong Python skills, and experience using GHIDRA and IDA Pro. On-site schedule with potential compressed work arrangements.