Entrepreneur, CEO, And Co-Founder of Hippocratic AI

Munjal Shah, Hippocratic AI, and the Case for Health Care LLMs

Serial entrepreneur Munjal Shah is launching a startup called Hippocratic AI, which aims to utilize large language models (LLMs) for non-diagnostic healthcare applications, such as chronic care nursing, dietitian services, and patient navigation. Shah, with a background in AI and machine learning, sees a significant opportunity for generative AI in healthcare, particularly in addressing the global shortage of healthcare workers. By deploying LLMs that can communicate knowledgeably and empathetically, Hippocratic AI hopes to manage tasks like chronic care management by asking patients about their medication, appointments, and other daily needs. These AI systems are designed not to diagnose but to assist with patient engagement and support, which are critical in managing healthcare staffing shortages.

At the HLTH 2023 conference, Shah described generative AI as a groundbreaking technology that is still underhyped despite its potential. He contrasted it with classifier AI, highlighting the former’s ability to create new content rather than merely categorizing existing data. Shah emphasized the importance of training LLMs to communicate effectively with patients, incorporating feedback from medical professionals to enhance their interaction style. The overarching vision for Hippocratic AI is to provide “super staffing,” allowing AI to spend unlimited time with patients, thus alleviating the burden on human healthcare workers and expanding access to care despite the current workforce limitations.

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MUNJAL SHAH’S AUDACIOUS BET ON THE FUTURE OF HEALTHCARE AI

As co-founder and CEO of Hippocratic AI, Munjal Shah is developing artificial intelligence that he believes could fundamentally reshape how medical care is delivered. His company’s generative AI large language models, purpose-built for healthcare, aim to take on countless routine tasks. Those tasks are currently performed by healthcare providers, everything from preoperative instructions to chronic disease management check-ins.

“What if instead of doing a co-pilot model, we do autopilot?” Shah posits, contrasting his vision with AI tools designed merely to assist human clinicians. “What if we build fully automated AIs that call people on the phone and talk to them? Imagine an AI that can do nondiagnostic, low-risk tasks like preoperative calls and medication reminders?”

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