Anti-Abuse Automation Engineer

Vercel·Remote - United States·remote global
crypto:applicationengineeringIC4Compliance Trust & Safety
Compensation
Not disclosed
About Vercel: Vercel gives developers the tools and cloud infrastructure to build, scale, and secure a faster, more personalized web. As the team behind v0, Next.js, and AI SDK, Vercel helps customers like Ramp, Supreme, PayPal, and Under Armour build for the AI-native web. Our mission is to enable the world to ship the best products. That starts with creating a place where everyone can do their best work. Whether you're building on our platform, supporting our customers, or shaping our story: You can just ship things. About the role: We’re looking for an Anti-Abuse Automation Engineer to help build and scale the systems that protect Vercel’s platform from fraud and abuse. Our Trust & Safety Engineering team sits at the intersection of product, infrastructure, and risk, tackling challenges across financial fraud, phishing, malware, CSAM, platform abuse, and IP and DMCA enforcement. In this role, you will not just investigate abuse, you will turn insights into systems. You will design detection logic, build automation, and develop workflows that proactively identify and stop bad actors at scale. Working closely with Operations, Product, Finance, and Engineering, you will play a key role in shaping how Vercel prevents fraud, reduces risk, and protects developers and businesses on our platform. If you’re based within a pre-determined commuting distance of one of our offices (SF, NY, London, or Berlin), the role includes in-office anchor days on Monday, Tuesday, and Friday. If you're located beyond that distance, the role is fully remote. For location-specific details, please connect with our recruiting team. What you will do: Investigate and proactively identify abuse vectors driving financial loss and platform risk (e.g., payment fraud, account abuse), translating findings into scalable detections. Build, iterate on, and operate internal fraud detection tooling, rules, and anomaly alerting systems to enable high-signal, automated enforcement. Design and con