Senior Intel/Operational Analyst

Peraton•Honolulu, HI

18h•Onsite

About The Position

Peraton seeks an Intelligence/Operational Analyst to provide C4/Cyber Intelligence Analysis to USPACOM J6 to support the PACOM J6 in site assessments across the PACOM AOR. This role involves identifying threat vectors relevant to C4 architecture, contextualizing findings against the PACOM threat environment, and developing site-level C4/Cyber Intelligence Analysis products. The analyst will document findings in machine-readable formats and contribute to theater-level risk analysis. The position is located in Honolulu, HI.

Requirements

Minimum of 12 years with BS/BA; Minimum of 10 years with MS/MA; Minimum of 7 years with Ph.D. Will consider Associate with 14 years or HS+16 years experience.
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

Nice To Haves

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 C4/Cyber Intelligence Analysis findings that feed directly into the HQ authoritative baseline and decision-support products
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