Security Officer with TS-SCI Clearance | Full-Time Patrol

Alliedbarton Security Services; Chantilly (VA); On-site; USD 90,922,000 - 100,565,000; Full time

Benefits offered by this job

Smart Tools

Career Growth

Financial and Health Benefits

Exclusive Perks

Job summary

Allied Universal in Chantilly, VA is seeking a Security Officer Full Time Patrol with Active Clearance to safeguard clients across Tech/Media/Telecom locations. You will perform unarmed patrols, maintain a visible security presence, and deliver professional customer service.

The position requires an active DoD TS-SCI clearance, a high school diploma, and a background check. Shifts run daytime with a 08:00–04:00 schedule, and duties include incident reporting and calm, protocol-driven responses.

Qualifications

• Active DoD TS-SCI clearance required.
• Minimum age 18 for unarmed, 21+ for armed roles.
• Background check and drug screening as conditions of employment.
• Licensing requirements may apply per state/local laws.
• Valid driver’s license required for driving positions only.

Responsibilities

• Provide customer service to employees and visitors per site procedures.
• Conduct regular unarmed patrols and report unusual conditions.
• Monitor access points and maintain logs, reporting concerns to leadership.
• Respond to incidents calmly, following escalation and emergency protocols.
• Prepare clear, accurate security reports and communicate observations.

Skills

Customer service

Patrol procedures

Emergency response

Education

High school diploma

Job description

Allied Universal in Chantilly, VA is seeking a Security Officer Full Time Patrol with Active Clearance to safeguard clients across Tech/Media/Telecom locations. You will perform unarmed patrols, maintain a visible security presence, and deliver professional customer service.

The position requires an active DoD TS-SCI clearance, a high school diploma, and a background check. Shifts run daytime with a 08:00–04:00 schedule, and duties include incident reporting and calm, protocol-driven responses.