In December 2019, Jon Hu (Harvard Business School MBA, 2019) and Dr. Samantha Dale Strasser, co-founders of Celata Bioinnovations, were raising $1 million to launch their company. They had founded Celata less than six months earlier with the aim of redefining the drug discovery process. Celata's platform used novel data types and a unique data integration process to generate hypotheses about proteins that were involved in the formation and progression of disease. They believed the platform was better and faster at identifying actionable biological targets, increasing the speed of discovery and reducing the chances of failure, promising to lower costs and bring drugs to market more quickly. Their platform had achieved proof of concept during Strasser's PhD research at Massachusetts Institute of Technology (MIT), when it helped identify and validate a target related to Inflammatory Bowel Disease (IBD) in mouse models. However, full validation wouldn't come until their platform was used to develop a drug that successfully treated a disease in humans, a process that could take several years. In the first instance, Celata's platform was best suited to identify targets for cancers, inflammatory diseases, and neurodegenerative diseases, which collectively presented a global market opportunity of over $200 billion. However, Hu and Strasser were debating which opportunities to pursue. Should they try to improve the efficacy of current drugs, or go for brand new opportunities, indications for which there were no solutions on the market? And if they focused on the latter, should they just look for large market opportunities, or include "orphan" diseases, for which there was a relatively small market? Should they look for small molecule drug candidates, or include large molecule biologics in their search? And where should they operate in the drug development pipeline? At one extreme, they could sell potential drug candidates to established pharmaceutical companies; at the other, they could "go full pharma" and build a new pharmaceutical company themselves.