Cyber Forensic Analyst | TS/SCI with Polygraph

Capital Solutions Group; Fort Meade (MD); On-site; USD 80,000 - 130,000; Full time

Job summary

Capital Solutions Group in Fort Meade, MD seeks a Forensic Analyst with TS/SCI and polygraph clearance to support investigations across data, cybersecurity, financial, compliance, audit and intelligence domains. The role involves examining computers, networks, devices, logs, files, and other digital evidence.

The analyst will exploit captured media and investigate security incidents to derive intelligence and enable mitigation of network vulnerabilities through rigorous forensic methods and

Qualifications

• Provide examination and analysis across data, cybersecurity, financial, compliance, audit, intelligence, or investigative domains.
• Examines computers, networks, devices, logs, files, and other digital evidence.
• Exploit captured media and/or investigate computer security incidents to derive useful intelligence and mitigate vulnerabilities.

Responsibilities

• Provide examination and analysis across data, cybersecurity, financial, compliance, audit, intelligence, or investigative domains.
• Examine computers, networks, devices, logs, files, and other digital evidence to derive actionable intelligence.
• Investigate security incidents to enable mitigation of network vulnerabilities.

Skills

Data analysis

Cybersecurity analysis

Investigative analysis

Education

Forensic Analyst Level 1 education path

Forensic Analyst Level 2 education path

Forensic Analyst Level 3 education path

Forensic Analyst Level 4 education path

Job description

Capital Solutions Group in Fort Meade, MD seeks a Forensic Analyst with TS/SCI and polygraph clearance to support investigations across data, cybersecurity, financial, compliance, audit and intelligence domains. The role involves examining computers, networks, devices, logs, files, and other digital evidence.

The analyst will exploit captured media and investigate security incidents to derive intelligence and enable mitigation of network vulnerabilities through rigorous forensic methods and