Senior Security Researcher - Incident Response Automation - Windows & Linux (Cortex)

As the architect of the Autonomous SOC, you will dive deep into Windows and Linux internals to understand modern adversary techniques. Your mission is to transform the complex art of incident response into high-fidelity, automated science. You will investigate attacker tradecraft, analyze forensic artifacts, and build the logic that allows customers to respond to breaches in seconds.
How we work:
The Anatomy of an Attack: We deconstruct complex attack patterns across Windows and Linux to build forensic "blueprints." We don't just find a threat; we map out the exact response flows and forensic steps needed to dismantle it from the inside out.
Precision Matters: We obsess over finding the exact thresholds that allow us to neutralize threats without disrupting the user experience.
Innovation First: We aren't satisfied with off-the-shelf tools; we develop our own research frameworks and leverage AI to amplify our efficiency.
From Insight to Action: We don't just write reports. Every piece of research we conduct is designed to be codified into a sophisticated, automated response playbook that protects our customers at machine speed.
Were looking for people who want to see their research solve "impossible" problems in real-time.
Key Responsibilities
Deep Forensic Research: Conduct original research into Windows and Linux attack surfaces to identify new response and remediation vectors.
Codify IR Tradecraft: Translate complex investigative steps (e.g., memory forensics, binary analysis, or cloud-native IR) into scalable, automated workflows.
Engineer Autonomous Logic: Design "self-healing" security playbooks that don't just alert, but actively neutralize threats across Endpoint, Identity, and Cloud environments.
Telemetry Mining: Hunt through massive datasets in Cortex XSIAM to find the "ground truth" of an attack and validate that your automations are bulletproof.
Shape the Product: Act as a subject matter expert for the engineering team, influencing how our XDR and NDR sensors collect data based on your IR findings.