CNO Engineer: Mobile & Embedded Security Innovator

InterImage; Maryland; On-site; USD 120,000 - 180,000; Full time

Job summary

InterImage is seeking a CNO Engineer on the SAS Mobile team to design, develop, and deploy software supporting national security initiatives. You will work on embedded and mobile targets, focusing on secure, high-performance C code for mission-critical systems.

This role requires hands-on reverse engineering, vulnerability analysis, and collaboration with cybersecurity specialists to deliver secure software for Wi-Fi, Bluetooth, and communications stacks.

Qualifications

• Experience in C for mobile or embedded targets.
• 3+ years in cybersecurity or CNO software development.
• Experience with reverse engineering and vulnerability analysis.
• Knowledge of Wi‑Fi and Bluetooth protocols.

Responsibilities

• Design, develop, and optimize complex software systems using C and related technologies.
• Engineer and integrate advanced features focused on Wi‑Fi and Bluetooth communication protocols.
• Conduct reverse engineering and vulnerability analysis to enhance system resilience and mission effectiveness.
• Collaborate with cybersecurity and CNO specialists to design secure, mission‑ready software solutions.
• Participate in code reviews, documentation, and continuous integration activities to ensure high-quality deliverables.
• Contribute to research and prototyping efforts for next-generation mobile and embedded systems.

Skills

C for mobile/embedded

Reverse engineering

Vulnerability analysis

Wi-Fi/Bluetooth protocols

Secure software development

TS/SCI with FSP

US work eligibility

Education

Bachelor's degree in CS/CE or related

Tools

Wi-Fi protocol analysis

Embedded development environments

Job description

InterImage is seeking a CNO Engineer on the SAS Mobile team to design, develop, and deploy software supporting national security initiatives. You will work on embedded and mobile targets, focusing on secure, high-performance C code for mission-critical systems.

This role requires hands-on reverse engineering, vulnerability analysis, and collaboration with cybersecurity specialists to deliver secure software for Wi-Fi, Bluetooth, and communications stacks.