West Palm Beach, FL – AdventHealth and Peritas AI Inc. Are partnering to explore how artificial intelligence and humanoid robotics can streamline surgical operations and enhance patient care, the companies announced today, March 19, 2026. The collaboration aims to improve coordination and reliability throughout the entire surgical process – before, during, and after procedures – addressing inefficiencies that often rely on complex manual coordination despite advancements in operating room technology.
While surgical tools and techniques have rapidly evolved, many of the supporting processes, such as sterile preparation and equipment readiness, remain labor-intensive and prone to logistical challenges. This partnership seeks to leverage intelligent systems, including assistive humanoid robots, to support real-time coordination across surgical services, ultimately allowing clinicians to focus more fully on patient care. The focus on AI and humanoid robotics in surgical care represents a growing trend toward integrating advanced technology into healthcare workflows.
Addressing Coordination Challenges in the Perioperative Phase
The perioperative phase – encompassing the period before, during, and after surgery – is a critical time for both patients and healthcare providers. AdventHealth and Peritas AI recognize that even small disruptions in this phase can impact patient outcomes and staff efficiency. “Behind every surgical procedure is a person placing their trust in us,” said Doug Harcombe, CEO of AdventHealth’s Central Florida Division South Market. “Our responsibility is not only to provide excellent clinical care, but also to create an environment where patients and families feel supported and at peace. We approach every innovation with a deep sense of responsibility.”
Dr. Vipul Patel, medical director of the AdventHealth Global Robotics Institute, emphasized the potential of this technology to augment, not replace, human expertise. “Surgical care is built on precision, timing and teamwork,” he stated. “This next step is about exploring how intelligent systems and assistive robotics can support the entire surgical team, improving coordination behind the scenes so surgeons, nurses and staff can stay fully focused on the patient. Technology can enhance human skill and judgment, not replace it.”
How Assistive Robotics and AI Will Be Integrated
Peritas AI and AdventHealth are evaluating how assistive humanoid robots can perform tasks that currently require significant staff time, such as delivering supplies, managing equipment, and ensuring sterile environments. These robots, powered by advanced artificial intelligence, are designed to safely navigate complex clinical settings and respond to real-time needs. The companies are utilizing NVIDIA Physical AI infrastructure and the NVIDIA Isaac for Healthcare framework to accelerate the development and validation of these robotic systems.
Cortney Knoll, president and CEO of Peritas AI, highlighted the require for intelligent integration within the healthcare environment. “Healthcare teams are working in environments that were not built for the complexity and pace of modern surgical care,” Knoll said. “We believe intelligence should be thoughtfully integrated into the care environment — anticipating needs, aligning resources and easing pressure in real time.”
The Role of ‘Embodied Intelligence’
The partnership centers around the concept of “embodied intelligence,” which refers to the ability of robots to perceive, reason, and act in complex environments. Dr. Martin Roche, Founder and Executive Chairman of Peritas AI and an orthopedic surgeon, explained that combining assistive robotics with real-time AI orchestration can create surgical environments that are more adaptable and supportive. “By combining assistive robotics with real-time AI orchestration, we can create surgical environments that sense, adapt, and support clinicians seamlessly — allowing human judgment and compassion to remain at the center,” Roche said.
This approach aims to create a more seamless and efficient workflow for surgical teams, reducing administrative burdens and allowing clinicians to dedicate more time to direct patient care. The potential benefits extend beyond efficiency, with the possibility of improved patient safety and reduced stress for healthcare professionals.
Looking Ahead: Simulation and Clinical Validation
The initial phase of the partnership will focus on evaluating the feasibility and effectiveness of these technologies through simulations and pilot programs. Peritas AI is leveraging NVIDIA’s Isaac for Healthcare framework to create simulated environments for rapid development and validation of robotic control policies before clinical implementation. This rigorous testing process is designed to ensure the safety and reliability of the robotic systems.
AdventHealth and Peritas AI have not yet announced a specific timeline for the deployment of these technologies in clinical settings. However, the companies have expressed a commitment to a phased approach, starting with limited trials and gradually expanding the use of robotics as the technology is proven effective. Further updates on the partnership’s progress are expected in the coming months.
Disclaimer: This article provides information about a developing partnership and does not constitute medical advice. Consult with a qualified healthcare professional for any health concerns or before making any decisions related to your health or treatment.
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