Senior Security Engineer, Detection & Response (Eastern Preferred)
Docker- Full Time
- Senior (5 to 8 years)
Candidates should possess a Bachelor’s degree in Computer Science or a related field, and have at least 5 years of experience in backend software development, with a strong focus on building scalable and reliable systems. Experience with Go and Python is required, as well as a demonstrated ability to work with distributed systems and large datasets. A strong interest in CrowdStrike’s mission and a willingness to engage with the needs of product teams and customers are also expected.
As a Senior Software Developer, Backend for the Detections Platform team, you will be responsible for building high-quality systems that scale cleanly and reliably, primarily in Go and Python. You will work closely with other groups across the company to develop cloud services that provide security information to the endpoint agent in near-real-time, utilizing strategies for caching, backpressure, and partial responses. You will also contribute to the overall architecture and design of the platform, ensuring it meets the needs of our product teams and customers, and participate in a culture that prioritizes collaboration and continuous improvement.
Cloud-native endpoint security solutions provider
CrowdStrike specializes in cybersecurity, focusing on protecting businesses from cyber threats through cloud-native endpoint security solutions. Their main product, the Falcon platform, includes services like Falcon Pro, which replaces traditional antivirus with next-generation antivirus that integrates threat intelligence, Falcon Insight for endpoint detection and response, and Falcon Device Control to manage connected devices. Unlike many competitors, CrowdStrike's services are subscription-based, allowing clients to choose different levels of protection based on their needs. The company serves a diverse clientele, including many Fortune 100 companies, and is recognized as a leader in the cybersecurity field, known for its effectiveness in threat detection and response.