Director, Engineering, NG-SIEM Serverless Platform (Hybrid)

As a global leader in cybersecurity, CrowdStrike protects the people, processes and technologies that drive modern organizations. Since 2011, our mission hasn’t changed — we’re here to stop breaches, and we’ve redefined modern security with the world’s most advanced AI-native platform. We work on large scale distributed systems, processing almost 3 trillion events per day and this traffic is growing daily. Our customers span all industries, and they count on CrowdStrike to keep their businesses running, their communities safe and their lives moving forward. We’re also a mission-driven company. We cultivate a culture that gives every CrowdStriker both the flexibility and autonomy to own their careers. We’re always looking to add talented CrowdStrikers to the team who have limitless passion, a relentless focus on innovation and a fanatical commitment to our customers, our community and each other. Ready to join a mission that matters? The future of cybersecurity starts with you. About the Role: Our mission is to make all of our customers' security-relevant data continuously available for automated detection and response, threat hunting, and other Falcon platform use cases. To enable this, the systems behind NG-SIEM (next-generation security information and event management) are growing to accommodate >100 PB of event and action data ingested every day, up to 10 years of retention, and dozens of millions of queries per hour across large sections of the data stored. As the Director of Engineering for the NG-SIEM Serverless Platform team, you will be responsible for building and operating the global- and region-level systems, automation, and infrastructure that will automatically manage the security industry's largest event data store and search service - all while offering a seamless ingest and search experience to customers, at any scale. You will support a group of teams with highly skilled software dev/devops engineers who work on the regional control plane, the cellular data plane, and on the NG-SIEM provisioning system, as well as folks responsible for the NG-SIEM-wide SRE practice, cost efficiency analytics, and capacity forecasts. You will own the technical vision and direction of our platform, roadmap delivery, as well as meeting end-to-end SLOs. You will join a distributed team of high-ownership technical leaders who share a strong passion for our mission: to stop breaches. In this role, you will also get a chance to help on hard engineering problems that do not have well-defined solutions, and you will be expected to innovate in your space and keep our technology several steps ahead of the adversaries. Candidates are required to be based in one of the following cities: Sunnyvale, CA; or Redmond, WA. What You’ll Do: Uphold operational excellence for the region-level and cell-level serverless platform systems. Be a champion of secure, high-quality engineering, and drive teams towards architectures that strike right balance between availability, scalability, and cost; Lead by example on customer and product focus; Move our product mission forward: partner with multiple stakeholders to develop technical and product strategy and roadmap, and own the execution of that roadmap. Independently balance constraints around distributed system engineering, end-to-end system resilience, and hardware utilization; CrowdStrike is growing and you will be instrumental in the hiring, retention, mentorship, and growth of our world class engineering teams; Your impact is not bounded and you will be enabled to engage and collaborate with various teams and ensure our platform's success. You will work cross functionally with your peers in the product engineering organization, the platform engineering organization, as well as with field leaders in sales, customer success, and support; Excellent verbal and written communication skills to bear when you are working with teams across the globe. You'll also travel a few times every year to meet with yo ... (truncated, view full listing at source)