Offensive Cyber Tool Engineer (C/C++/Rust/Python)

Global Infotek Inc; Cottonwood Heights (UT); Hybrid; USD 150,000 - 210,000; Full time

Job summary

Global InfoTek, Inc. is seeking an Offensive Cyber Tool Developer to design, build, and test low-level exploits and specialized cyber capabilities. The role involves reverse engineering with Ghidra/IDA Pro, and developing kernel- and user-mode tools for Windows and Linux across remote, hybrid environments.

You will contribute to adversary emulation, live exercise operations, and multi-stage payload development, with a focus on stealth and reliability.

Qualifications

• 5+ years of experience in cybersecurity or related field.
• Bachelor’s Degree in CS/CE or related discipline (or equivalent specialized experience).
• Active Top Secret/SCI clearance with CI Polygraph eligibility (preferred).
• US Citizenship required.

Responsibilities

• Design, build, and test low-level exploits, custom implants, and specialized cyber capabilities.
• Perform reverse engineering using Ghidra and IDA Pro; develop kernel and user-mode tools for Windows and Linux.
• Build mission-aligned software capabilities for adversary emulation and live exercise operations.
• Support CI/CD pipelines with anti-attribution checks and static/dynamic analysis in embedded platforms.

Skills

C

C++

Rust

Python

Reverse engineering

Ghidra

IDA Pro

LLDB

Kernel internals

API hooking

Process injection

Memory management

Implants

Multi-stage payloads

Exploit POCs

Assembly

Debugging frameworks

Education

Bachelor’s degree in Computer Science, Computer Engineering, or related discipline

OSCP/OSCE/OSED/GXPN certifications

Tools

Ghidra

IDA Pro

LLDB

Job description

Global InfoTek, Inc. is seeking an Offensive Cyber Tool Developer to design, build, and test low-level exploits and specialized cyber capabilities. The role involves reverse engineering with Ghidra/IDA Pro, and developing kernel- and user-mode tools for Windows and Linux across remote, hybrid environments.

You will contribute to adversary emulation, live exercise operations, and multi-stage payload development, with a focus on stealth and reliability.