Staff Software Engineer, Security

Our mission is to democratize finance for all. An estimated $124 trillion of assets will be inherited by younger generations in the next two decades. The largest transfer of wealth in human history. If you’re ready to be at the epicenter of this historic cultural and financial shift, keep reading.

We are building an elite team, applying frontier technologies to the world’s biggest financial problems. We’re looking for bold thinkers. Sharp problem-solvers. Builders who are wired to make an impact. Robinhood isn’t a place for complacency, it’s where ambitious people do the best work of their careers. We’re a high-performing, fast-moving team with ethics at the center of everything we do. Expectations are high, and so are the rewards.

The Security Engineering team focuses on protecting Robinhood’s identity infrastructure by building and maintaining systems that control how people and services access critical resources. The team owns authentication and authorization for both internal systems and customer-facing products, ensuring secure and reliable access at scale. Work includes access management, certificate lifecycle management, and improving visibility into system behavior. The team partners closely with infrastructure, product, and data engineering groups to integrate secure access patterns into all layers of the platform. You will help shape systems that protect financial data and maintain trust at scale!

As a Staff Software Engineer, you will lead the design and evolution of systems that manage identity, authentication, authorization, secure connections and encryption across Robinhood. You will guide technical direction for large-scale backend services, including a proprietary access management platform, and define secure patterns for emerging areas such as AI-driven workflows. You will also contribute to certificate lifecycle management and public key infrastructure systems. This role requires strong technical judgment, hands-on development, and mentorship of other engineers while ensuring systems meet strict reliability and latency expectations.