Staff Software Engineer, Real Time Analytics - San Francisco HQ

About Orb: We’re a team that cares deeply about the work, the people we do it with, and the customers we do it for. Everyone at Orb has real ownership over their work, direct access to customers, and a voice in how the company grows. We’re building the revenue design platform that helps teams automate billing, evolve pricing, and grow revenue with confidence. Looking ahead, joining forces with Adyen expands what we can build and raises the ceiling on the problems we get to solve for customers. The challenges are uniquely interesting, and you’ll be surrounded by thoughtful, ambitious people who move fast and hold a high bar. For San Francisco Bay Area , New York, and Amsterdam residents, we've built a hybrid work culture where we are in office 3 days/week. For remote roles, we ask you to join us in person 1x per quarter. Our values, customer centricity, minutes matter, run with it, attention to detail, and go further together are at the core of everything we do. About the role: Every usage-based business eventually asks the same three questions in real time: what has this customer consumed, what are they entitled to, and what should happen next? This team owns the runtime layer where billing state becomes something customers can act on — alerting, spend controls, entitlement checks, and usage analytics. This is a foundational role. Enterprise and AI customers increasingly treat entitlements, spend controls, and real-time analytics as a single problem rather than three separate features, which makes this one of the highest-leverage areas of Orb's roadmap. You'll help set the direction, the primitives, and the interfaces other teams build against. The work sits squarely at the intersection of infrastructure and product. On one side, it's real systems engineering: alerts, balances, and entitlement checks computed against actual tiers, credits, and commits, fast and reliably enough to stand behind latency guarantees. On the other, it's a customer-facing product surface w