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Float Technologies Inc. in New York City is building the next evolution of financial services infrastructure with AI-native architecture.
In this in-person role, you will develop generative AI workflows and own evaluation pipelines to ensure reliable, explainable model outputs for complex OTC derivative data. You will partner with financial engineers to design retrieval, grounding, and validation pipelines, extract knowledge from trade documents, and push data consistency across trade
The OTC derivatives market moves trillions of dollars daily on infrastructure that hasn't fundamentally changed in decades. We're building the platform for the next evolution of financial services.
We're a small team that came from trading, quant, and engineering roles at tier one financial institutions who were previously responsible for creating some of the most innovative products in the market. We are now building a platform which can process the most complex transactions executed across financial markets. We are building this right: delightful experience, modern stack, AI-native architecture.
Our clients are the most sophisticated banks, hedge-funds, and asset managers in the world. The problems are extremely hard, the scale is massive, and we're creating infrastructure that will define how this market operates for decades to come.
We are cloud-native employing serverless compute and IAC by design, with services written in both Python and Java. We leverage the latest foundation models and AI tooling, with a front end based on Typescript / React.
We have a fully automated SDLC utilizing Github, Logfire, Vercel and other technologies for rapid and continuous intraday deployment.
In this role, you will build generative AI workflows to increase efficiency across the OTC derivative landscape. You will own our evaluation and context engineering infrastructure, ensuring high-quality, reliable, and explainable model outputs. You’ll work closely with financial engineers and domain experts to design retrieval, grounding, and validation pipelines for complex derivative data. This includes building tools for knowledge extraction from trade documents, enhancing data consistency across trade lifecycles, and integrating AI reasoning into workflows for settlement, valuation, and risk management.