Security Engineer - Surface Coverage, Detection Engineering

we are looking for a Security Engineer with experience in threat modeling, TTP identification, and detection engineering. Youll work alongside Software Engineers and Offensive Security Engineers to identify critical assets, assess the top risks, and evaluate potential attacks against our company systems. You will be working across engineering teams to develop detection and response automation leveraging both industry-standard and custom detection and response platforms. Youll generate detection ideas utilizing some of the worlds largest data sets and build on top of hyper-scale data pipelines.
Security Engineer - Surface Coverage, Detection Engineering Responsibilities
Lead cross-functional projects to improve our capabilities to effectively detect and respond to security incidents
Review security architecture of large-scale custom and commercial systems and independently propose logging, detection and prevention controls
Perform TTP-based Threat Modeling for a wide variety of assets

דרישות:

Minimum Qualifications
5+ years of experience in Detection & Response Engineering or similar Security Engineering role
Experience building complex automations and integrations using SOAR platforms
Bachelor's degree or equivalent experience in Security
Experience designing systems used for responding to both external and insider threats
Experience analyzing network and host-based security events
Knowledge of networking technologies, specifically TCP/IP and the related protocols
Knowledge of operating systems, file systems, and memory structures on Linux
Coding/scripting experience in one or more general purpose languages
Experience with attacker tactics, techniques, and procedures
Preferred Qualifications
Background in security-focused software engineering, designing large scale systems and data pipelines, or offensive security
Experience in threat hunting including leveraging intelligence data to proactively identify and iteratively investigates suspicious behavior across networks and