Site Reliability Engineer II

Microsoft Security is seeking a Site Reliability Engineer II to join their Secure Admin Services (SAS) team within the CISO organization. This role is crucial in protecting users and enterprise assets through cutting-edge cybersecurity solutions.

The position offers a unique opportunity to work on critical engineering programs and platforms, often pioneering innovative industry solutions. You'll be part of Microsoft's mission to make the world a safer place through comprehensive security solutions, working in a culture that embraces growth mindset and excellence.

As an SRE II, you'll manage large-scale distributed systems, applying your expertise in networking, cloud platforms, and system administration. The role involves significant work with Azure cloud services, virtualization, and identity management systems. You'll be responsible for ensuring service reliability, incident management, and implementing robust monitoring solutions.

The position offers competitive compensation ranging from $98,300 to $193,200 per year (higher in SF and NYC areas), along with comprehensive benefits including healthcare, educational resources, and investment options. Working in a hybrid model with up to 50% work from home flexibility, you'll have the opportunity to make a significant impact on Microsoft's security infrastructure while collaborating with talented engineers across the organization.

This role requires strong technical expertise combined with excellent problem-solving and collaboration skills. You'll be working on critical systems that protect Microsoft's enterprise assets, making this an excellent opportunity for someone passionate about security and reliable system design.

The ideal candidate will have 4+ years of technical experience, strong networking knowledge, and proven experience with cloud platforms, particularly Azure. You'll be joining a supportive community of engineers committed to delivering top-tier cybersecurity solutions in an inclusive environment that values innovation and continuous learning.