I am a cybersecurity engineer specializing in Security Orchestration, Automation and Response (SOAR), AI-augmented SOC design, and incident response. I design automation workflows that connect SIEM, EDR, threat intelligence, vulnerability management, identity, and network security platforms.
I have hands-on experience building AI-assisted security operations workflows with Tines, IBM Resilient, Cortex XSOAR, Python, REST APIs, webhooks, and security platform integrations. My work focuses on reducing manual triage, improving detection quality, accelerating enrichment, and automating incident containment.
In my recent consulting work at Deloitte, I supported incident response investigations, forensic evidence collection, security control assessments, vulnerability operations, and detection engineering for regulated and banking-sector environments.
Previously, I engineered AI-driven automation for security operations, orchestrating QRadar, CrowdStrike, Proofpoint, Tines, and CTI services. I helped reduce false positives, IOC analysis time, and incident response times through integrated automation and AI-agent workflows.
I am a Tines Bronze Power Builder, ranked among the top 1% of builders globally in 2024 and 2025. I am also developing a multiagent AI SOC architecture to autonomously coordinate detection, investigation, and response activities.
I bring a computer science engineering background with a Data Science and Actuarial Science track, along with practical expertise in SOC operations, threat intelligence, forensics, vulnerability management, and security automation.
