Lead Wireless & Embedded Vulnerability Researcher

Trusted Concepts, Inc.; Dayton (OH); On-site; USD 117,235 - 201,205; Full time

Benefits offered by this job

Medical insurance

Dental insurance

Vision insurance

Retirement benefits

Paid leave

Tuition assistance

Professional development

Job summary

Two Six Technologies in Dayton, Ohio seeks a Lead Vulnerability Researcher to spearhead vulnerability research initiatives. In this leadership role, you are more than a technical expert; you are a strategist and mentor who defines research methodologies and solves our most complex wireless and embedded system challenges.

You will bridge the gap between high-level mission requirements and deep-dive technical execution.

Qualifications

• Bachelor’s degree in a relevant engineering or computer science field.
• Extensive vulnerability research, reverse engineering, or CNO development experience.
• Expert-level proficiency with modern decompilers and assembly languages.
• Knowledge of TCP/IP, UDP, and HTTP networking.

Responsibilities

• Lead large-scale vulnerability research projects with high-quality results.
• Architect research strategies for complex embedded and wireless systems.
• Mentor junior and staff researchers through code reviews and sharing knowledge.
• Interface with customers to translate mission needs into technical requirements.
• Identify and implement new tools or methodologies to improve research efficiency.

Skills

Vulnerability research

Reverse engineering

CNO development

Decompilers

Assembly languages

TCP/IP/UDP/HTTP

GDB/WinDBG

Technical leadership

Security clearance

Education

Bachelor’s Degree in Electrical Engineering, Computer Engineering, Computer Science, or related field

Tools

Ghidra

IDA Pro

Binary Ninja

GDB

WinDBG

Job description

Two Six Technologies in Dayton, Ohio seeks a Lead Vulnerability Researcher to spearhead vulnerability research initiatives. In this leadership role, you are more than a technical expert; you are a strategist and mentor who defines research methodologies and solves our most complex wireless and embedded system challenges.

You will bridge the gap between high-level mission requirements and deep-dive technical execution.