Digital Network Exploitation Analyst – Cyber Ops

CNSS • National Security Systems; White Oak (MD); On-site; USD 105,000 - 193,000; Full time

Benefits offered by this job

Comprehensive benefits package

Job summary

CNSS • National Security Systems in the Fort Meade area seeks a Digital Network Exploitation Analyst to apply computer science skills to analyze and exploit foreign adversaries' digital networks and communications.

The role supports NSA cybersecurity and intelligence operations, with responsibilities in network discovery, target analysis, vulnerability assessment, and collaboration with teams to identify vulnerabilities and threats.

Qualifications

• Degree in Computer Science with concentration in algorithms, data structures and mathematics.
• Relevant experience in computer or information systems design/analysis; JCAC training counted toward experience.
• Entry to Senior levels: Bachelor’s with 3+ years, Master’s with 1+ year, or doctoral with minimal experience; options vary by level.

Responsibilities

• Discovery and target technology analysis of digital networks and mobile communications.
• Conduct metadata analysis, target analysis, and identify target communications within global networks.
• Perform global network analysis and mapping; analyze and process intelligence information.
• Exploitation and operations on target networks; ensure compliance with security policies.

Skills

Problem solving

Analytical thinking

Interpersonal communication

Team collaboration

Education

Bachelor's degree in CS

Master's degree in CS or related

Tools

C

C++

Java

Assembly

Python

Job description

CNSS • National Security Systems in the Fort Meade area seeks a Digital Network Exploitation Analyst to apply computer science skills to analyze and exploit foreign adversaries' digital networks and communications.

The role supports NSA cybersecurity and intelligence operations, with responsibilities in network discovery, target analysis, vulnerability assessment, and collaboration with teams to identify vulnerabilities and threats.