Tech
How Formation Bio is designing a resilient research engine using durable execution
How Formation Bio uses Pareto frontiers to analyze the high-water marks for drug development
How Formation Bio designs systems for sublinear scaling and compounding memory
How Formation Bio built a human-in-the-loop pipeline to make genetic insights operational at scale
How we built ARK – an MCP gateway that connects models, tools, and permissions to enable the next generation of AI-powered work at Formation Bio
How LLM-assisted processing transformed 260,000 unstructured clinical trials into 6.5 million structured components and embeddings
How Formation looks for “dark assets”– silently deprioritized candidates that may reveal hidden opportunity
The Technical Architecture Powering Our AI Recruitment Tool Muse
In this post, we’ll explore the high-level architecture and key components that power Muse, offering a behind-the-scenes look at how we leverage OpenAI’s LLMs to create an efficient and effective tool for crafting recruitment strategies and content.
Formation Bio's AI Vision Statement
We envision a future where drug development is faster, more cost-effective, and significantly more likely to succeed, ultimately allowing us to achieve that mission - and AI is a key part of that vision.