Senior Threat Intelligence Consultant

Trellix; Austin (TX); On-site; USD 120,000 - 150,000; Full time

Benefits offered by this job

Retirement Plans

Medical, Dental and Vision Coverage

Paid Time Off

Paid Parental Leave

Community Involvement Support

Job summary

Trellix is seeking a Senior Threat Intelligence Analyst to join our Guardians team. The on-site role at Fort Belvoir involves delivering cyber threat intelligence services, collaborating with product teams and researchers, and supporting customer security operations 24x7.

You will analyze advanced threats, collect data, and provide actionable intelligence to partners and clients. The ideal candidate has extensive experience in threat intelligence, SOC operations, OSINT methods, and familiarity

Qualifications

• Proven threat intelligence experience and reporting.
• Experience in SOC operations and 24x7 monitoring.
• Knowledge of threat actors, TTPs, and cyber defense practices.

Responsibilities

• Serve as cyber threat intelligence SME and advisor.
• Collaborate with customers, ARC, and partners to support defense.
• Develop intelligence requirements and map to customer interests.
• Produce high-quality written and oral reports for diverse audiences.
• Stay updated on global threat landscape and geopolitical events.

Skills

Threat intelligence

SOC

OSINT

MITRE ATT&CK

SIEM

XDR/EDR

Threat hunting

Incident response

Analytical reasoning

Report writing

Education

Bachelor's degree in information security or related field

Tools

SIEM tools

Threat intelligence platforms

Job description

Trellix is seeking a Senior Threat Intelligence Analyst to join our Guardians team. The on-site role at Fort Belvoir involves delivering cyber threat intelligence services, collaborating with product teams and researchers, and supporting customer security operations 24x7.

You will analyze advanced threats, collect data, and provide actionable intelligence to partners and clients. The ideal candidate has extensive experience in threat intelligence, SOC operations, OSINT methods, and familiarity