Microsoft Security is seeking a Software Engineer II to join their Cloud Ecosystem Security Team, focusing on building next-generation security data platform solutions. The role is part of Microsoft's Security organization, which aims to make the world safer through end-to-end, simplified security solutions.
The position involves working on a software as a service (SaaS) platform that enables organizations to discover, manage, and govern their data across on-premises and multi-cloud environments. This serverless platform is designed for building security, governance, compliance, and privacy applications at scale.
As a Software Engineer II, you'll be responsible for developing core services that form the foundation of the platform, working with distributed systems, and making architectural decisions. The role requires collaboration with various teams in Microsoft Security and Azure organization.
The ideal candidate should have strong experience in distributed data processing frameworks, microservices architecture, and programming languages such as Java, JavaScript, or Python. Knowledge of graph-based systems and AI agents is a plus.
The position offers competitive compensation ($100,600 - $199,000 per year), comprehensive benefits including healthcare, educational resources, and parental leave, and the opportunity to work in a hybrid environment (up to 50% work from home) at Microsoft's Redmond office.
This is an excellent opportunity for someone passionate about security and distributed systems to make a significant impact on Microsoft's security infrastructure while working with cutting-edge technologies and contributing to solutions that protect billions of users worldwide.
The role combines technical expertise with business impact, requiring both strong engineering skills and the ability to understand and implement security use cases effectively. You'll be part of a culture that embraces growth mindset and excellence, working on solutions that directly impact Microsoft's mission to empower every person and organization on the planet.