AI-Enabled SOC Architect & Incident Response Lead

Quantum Software; Redmond (WA); On-site; USD 150,000 - 210,000; Full time

Job summary

Quantum Software seeks a security analytics lead to manage insider and external threat incident analysis from initial indicators through triage, forensic review, and root-cause analysis, producing defensible narratives for executive, legal, and compliance review. Drive changes to systems and processes based on incident learnings for an AI-enabled QSIT SOC.

The role defines requirements, architecture, operating model, and backlog for security operations across distributed environments, evaluating

Qualifications

• Doctorate in Statistics, Mathematics, CS, or related field with 3+ years in security and software lifecycle.
• Master's Degree in Statistics, Mathematics, CS, or related field with 4+ years in security analytics.
• Bachelor's Degree in Statistics, Mathematics, CS, or related field with 6+ years in security analytics.

Responsibilities

• Protect critical infrastructure, sensitive IP, and operations from complex cybersecurity threats.
• Design automated detection workflows and incident response protocols.
• Collaborate with legal, compliance, and engineering teams to ensure regulatory alignment.

Skills

SOC architecture

Threat analytics

Incident response

Forensic investigation

AI integration

Post-quantum crypto

Education

Doctorate in Statistics/Math/CS

Master's Degree in Statistics/Math/CS

Bachelor's Degree in Statistics/Math/CS

Tools

Purview

DTEX

Proofpoint ITM

Magnet Axiom

Forcepoint

Job description

Quantum Software seeks a security analytics lead to manage insider and external threat incident analysis from initial indicators through triage, forensic review, and root-cause analysis, producing defensible narratives for executive, legal, and compliance review. Drive changes to systems and processes based on incident learnings for an AI-enabled QSIT SOC.

The role defines requirements, architecture, operating model, and backlog for security operations across distributed environments, evaluating