Remote Federal Vulnerability Management Lead

ECS; Richmond (VA); On-site; USD 115,000 - 135,000; Full time

Job summary

Everforth ECS is seeking a Remote Vulnerability Management Lead near the National Capital Region to join a premier federal cybersecurity program. You will drive vulnerability identification, prioritization, and remediation across a large enterprise, coordinating with ISSOs, ISOs, and compliance teams to reduce the attack surface and meet federal requirements.

You will oversee vulnerability scanning operations, develop dashboards, and lead continuous monitoring activities, working with SOC and

Qualifications

• US citizenship is required.
• 6+ years of cybersecurity experience focusing on vulnerability management.
• Active Public Trust 6c clearance or ability to obtain one.

Responsibilities

• Oversee enterprise vulnerability scanning operations and remediation tracking.
• Coordinate with ISOs/ISSOs, compliance, and engineering to close security gaps timely.
• Lead ATO, POAM and continuous monitoring activities.
• Develop dashboards/metrics for real-time visibility into vulnerabilities.
• Produce compliance reports and vulnerability governance data for audits.

Skills

US citizenship

6+ years cybersecurity

NCR proximity

Public Trust 6c

Certifications (GCIH/CISSP/CISM/CRISC)

Tenable/AquaSec/CDM

NIST RMF & 800-53

POA&Ms remediation

Cross‑functional leadership

Executive communication

Education

Bachelor's degree in Cybersecurity/IT/CS

Tools

Tenable

AquaSec

CDM

Splunk

Elasticsearch

Job description

Everforth ECS is seeking a Remote Vulnerability Management Lead near the National Capital Region to join a premier federal cybersecurity program. You will drive vulnerability identification, prioritization, and remediation across a large enterprise, coordinating with ISSOs, ISOs, and compliance teams to reduce the attack surface and meet federal requirements.

You will oversee vulnerability scanning operations, develop dashboards, and lead continuous monitoring activities, working with SOC and