Threat Analyst

Peraton; Hawaii; On-site; USD 120,000 - 180,000; Full time

Job summary

Peraton in Honolulu, Hawaii seeks an Intelligence/Operational Analyst to provide C4/Cyber Threat & Vulnerability Analysis to USPACOM J6, supporting site deployments across PACOM AOR.

The role requires advanced expertise in network architecture, cyberspace threat analysis, and hands-on work in SCIF environments, with frequent travel and a US citizenship/clearance path.

Qualifications

• Minimum of 8 years with BS/BA; Minimum of 6 years with MS/MA; Minimum of 3 years with PhD. Will consider HS+12 years.
• Expertise in network architecture analysis (IP, MPLS, SATCOM, tactical data links) and on-site vulnerability assessment
• Knowledge of PACOM threat environment — PRC/PLAN targeting, cyber TTPs, and C4 infrastructure exploitation methods
• Experience with cyberspace terrain analysis tools and methodologies; familiarity with MRT-C frameworks and DCO concepts
• Familiarity with DODIN-A, NIPRNET, SIPRNET, and coalition network environments
• Eligibility and willingness for frequent OCONUS travel; experience operating in SCIF environments at component command
• U.S. Citizenship required
• Active TS with ability to obtain/maintain SCI
• Prior USINDOPACOM, PACOM, or CCMD-level experience strongly preferred

Responsibilities

• Identify threat vectors relevant to that component's C4 architecture, including adversary targeting priorities and SPOF exploitation risk
• Contextualize findings against known PACOM threat environment, including PRC/PLAN TTPs and targeting patterns
• Develop site-level vulnerability and risk findings that feed directly into the HQ authoritative baseline and decision-support products
• Conduct detailed mapping of cyberspace dependencies (physical, logical, service, identity, transport layers) at each site
• Document all findings in structured, machine-readable formats for handoff to Team 4 within 48 hours of return
• Contribute to SPOF and concentration risk analysis at the theater level based on aggregated site findings

Skills

Network architecture analysis

C4/Cyber threat analysis

Vulnerability assessment

Education

BS/BA in a related field

MS/MA in a related field

PhD in a related field

HS + 12 years experience

Tools

MRT-C frameworks

Cyberspace terrain analysis tools

Job description

Required

• Minimum of 8 years with BS/BA; Minimum of 6 years with MS/MA; Minimum of 3 years with PhD. Will consider HS+12 years.
• Expertise in network architecture analysis (IP, MPLS, SATCOM, tactical data links) and on-site vulnerability assessment
• Knowledge of PACOM threat environment — PRC/PLAN targeting, cyber TTPs, and C4 infrastructure exploitation methods
• Experience with cyberspace terrain analysis tools and methodologies; familiarity with MRT-C frameworks and DCO concepts
• Familiarity with DODIN-A, NIPRNET, SIPRNET, and coalition network environments
• Eligibility and willingness for frequent OCONUS travel; experience operating in SCIF environments at component command
• U.S. Citizenship required
• Active TS with ability to obtain/maintain SCI

Prefferred

• Prior USINDOPACOM, PACOM, or CCMD-level experience strongly preferred

Peraton seeks a Intelligence/Operational Analyst to provide C4/Cyber Threat & Vulnerability Analysis to USPACOM J6 in conducting site deployments across PACOM AOR.

Location: Honolulu, Hawaii

Responsibilities:

• Identify threat vectors relevant to that component's C4 architecture, including adversary targeting priorities and SPOF exploitation risk
• Contextualize findings against known PACOM threat environment, including PRC/PLAN TTPs and targeting patterns
• Develop site-level vulnerability and risk findings that feed directly into the HQ authoritative baseline and decision-support products
• Conduct detailed mapping of cyberspace dependencies (physical, logical, service, identity, transport layers) at each site
• Document all findings in structured, machine-readable formats for handoff to Team 4 within 48 hours of return
• Contribute to SPOF and concentration risk analysis at the theater level based on aggregated site findings