Proprio
The next generation of surgical navigation technology
At CES this week, Jensen Huang, CEO of NVIDIA, highlighted Physical AI as the next frontier in the AI revolution. While much of his focus was on autonomous driving and general-purpose robotics — showcasing DCVC portfolio company Agility Robotics and their groundbreaking humanoid robot, Digit — other critical applications of Physical AI are emerging.
One of the most transformative areas is healthcare, particularly surgery. In this field, in silico tools, including computer vision and machine learning, are mastering tasks traditionally performed by highly skilled surgeons. AI Transformer architectures are training computing systems to support complex surgical procedures. At DCVC, we refer to this branch of Physical AI as Somatic AI because of its direct application to the human body.
Our portfolio company Proprio, a leader in the TechMed movement, will showcase its AI-powered navigation, guidance, and record-keeping technologies next week at the JPM Healthcare Conference. Proprio’s system uses an advanced array of AI-managed sensors to guide intricate spinal procedures. Following FDA clearance and successful live surgeries at the end of last year, Proprio has rapidly expanded its reach, consistently delivering exceptional clinical outcomes for world-class spine surgeons.
Healthcare is projected to represent 20% of the U.S. GDP by 2025, making it larger than manufacturing, tech, retail, and energy. Harnessing AI to enhance clinical outcomes and improve access to care is poised to become one of the most impactful applications of Physical AI in the coming decade.