Security Engineer II

Microsoft Security is seeking a Security Engineer II to join their Red Team (MRT) organization, focusing on identifying and exploiting security vulnerabilities that impact hundreds of millions of users worldwide. This role is crucial in emulating real-world advanced persistent threats against Microsoft's infrastructure and services.

The position offers a unique opportunity to work with Microsoft's elite security team, where you'll be responsible for executing operations and collaborating with experienced red teamers to identify and exploit vulnerabilities across all layers of services. This includes application, cloud, network, hardware, and operational security domains.

As a Security Engineer II, you'll be at the forefront of cybersecurity, working directly with developers and security personnel from multiple teams across Microsoft. Your role will involve executing sophisticated tactics, techniques, and procedures that simulate potential attackers, while providing valuable insights to strengthen Microsoft's defensive capabilities.

The role 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 parental leave. Working in a hybrid environment with up to 50% work from home flexibility, you'll be based in Redmond, Washington.

This position requires a minimum of 3 years of experience in security vulnerability identification or cybersecurity, and successful candidates must pass Microsoft's cloud background check. You'll be joining a culture centered on embracing a growth mindset and inspiring excellence, where your work will directly impact billions of users worldwide.

The ideal candidate will have a passion for security, strong analytical skills, and the ability to collaborate effectively with various teams. You'll be part of Microsoft's mission to make the world a safer place for all by reshaping security and empowering users, customers, and developers with end-to-end, simplified solutions.