Cybersecurity Systems Administrator (RMF/DoD)

Torch Technologies; Eglin Air Force Base (FL); On-site; USD 90,000 - 130,000; Full time

Benefits offered by this job

ESOP participation

401(k) match

Medical, dental, vision

Job summary

As a trusted defense contractor, Torch Technologies supports air, ground, and cyber domains. The role emphasizes secure DevSecOps practices, risk assessments, and advanced computing resources in mission-critical environments.

Qualifications

• U.S. Citizenship required.
• 3+ years of systems administration experience.
• Supporting Windows and Linux environments.
• Bachelor’s or Master’s in a relevant field; an Associate’s with experience acceptable.
• DoW 8140 Cyber Workforce Qualification certification (Security+) required.
• Active Secret security clearance required.
• Experience with STIG compliance, security controls, and incident handling.
• Experience supporting RMF processes and ATO maintenance.

Responsibilities

• Provide cybersecurity-focused systems administration, sustainment, and technical support for Windows- and Linux-based environments.
• Install, patch, secure, upgrade, document servers/workstations/virtualized environments.
• Ensure STIG compliance, access management, vulnerability remediation, and change management.
• Support A/AI and ModSim systems, including LLMs in air-gapped environments.
• Work toward Authority to Operate (ATO) and maintain RMF controls.

Skills

U.S. Citizenship

3+ years in systems administration

Windows and Linux administration

Active Secret clearance

STIG/JSIG security controls

RMF/ATO maintenance

Education

Bachelor’s or Master’s in a relevant field

Associate’s degree plus experience

Tools

Virtualization technologies

Containerized applications

GPU-accelerated computing resources

Modern system monitoring tools

Job description

As a trusted defense contractor, Torch Technologies supports air, ground, and cyber domains. The role emphasizes secure DevSecOps practices, risk assessments, and advanced computing resources in mission-critical environments.