The operating room is about to undergo one of the most profound technological revolutions in medical history. Once a space driven solely by human expertise, this area of the hospital is steadily evolving into a high-performance, AI-powered ecosystem. The AI is revolutionizing surgical care, from real-time decision support to automation of workflows, with unprecedented accuracy, speed, and efficiency.

As all major hospitals across the globe gear up toward smarter and more connected surgical ecosystems, the Artificial Intelligence in Operating Room Market continues with exceptional momentum. The global industry was projected to reach a value of US$ 412.8 Mn in 2024, while its growth graph has been nothing short of phenomenal. Ensured by the growing demand for smarter operating systems, enhanced patient safety measures, as well as increased complexity of medical surgeries, this market is poised to expand at an eye-catching CAGR of 34.7% between 2025 and 2035, finally crossing the US$ 10.9 Bn milestone by 2035.

This rapid rise reflects a broader shift in healthcare-the shift from experience-based surgery toward data-driven and precision-powered care.

Why AI is playing a pivotal role in the modern operating room

1. Enhanced Surgical Precision

AI-based technology is a big support to surgeons through real-time insights, anatomical mapping and alerts. Systems like this reduce uncertainty, allowing surgeons to make better-informed decisions during complex cases. Furthermore, technologies like surgical video analysis and AI-guided instruments decrease human error and evidence shows they can lead to measurable improvement in outcomes.

2.Enhance Workflow Efficiency and OR Delays

The OR is one of the most costly capital assets within the healthcare institution. AI lets hospitals become more efficient in operations through better scheduling of ORs, predicting accurate surgery duration, and decreasing turnover delays. Improving workflow efficiencies of this nature can save hospitals millions of dollars while increasing patient throughput.

3.Automating Documentation

Video analytics and voice commands enable AI platforms to gather pertinent information from procedural commensurants, decreasing the burden of documentation. This immersive technology allows surgeons to focus all attention to looking after the patient while AI generates the documents a clinical practice must have.

4.Early Surgical Risk Detection

AI systems can detect abnormalities, bleeding patterns, or anomalies in anatomy faster and more accurately than the naked eye can. Thus, early warning and abnormalities can eliminate complications, and allow surgeons to manage evidence-based remedies.

A Market Fueled by Innovation and Collaboration

The Artificial Intelligence in Operating Room Market is driven by a dynamic mix of medical device giants, disruptive startups, and forward-thinking healthcare technology companies.

The leading players shaping the future of AI-driven surgical care include:

Theator Inc., care.ai (Stryker), Qventus, Activ Surgical, Inc., Intuitive Surgical Operations, Inc., Medtronic, Zimmer Biomet, Augmedics, Getinge AB, Brainomix, Caresyntax, Brainlab SE, Siemens Healthineers AG, Robocath, and MIZUHO Corporation are some of the leading players operating in the global artificial intelligence in operating room market.

Key Developments in Artificial Intelligence in Operating Room Market

• In August 2025, Artisight launched its Smart Hospital platform that could independently record operating room activity into a patient’s electronic health record (EHR) using sophisticated AI and computer vision.
• In July 2025, Moon Surgical announced the launch of its Maestro Platform at Lee Health’s Gulf Coast Medical Center in Fort Meyers, Florida, marking another milestone to the platform’s increasing national adoption. Lee Health had previously completed more than 100 procedures on the Maestro Platform and assured that there were no adverse events, along with its operating efficiency was very high.

Key growth drivers behind the booming market

■ Rising Surgical Volume

With the rise of chronic diseases and aging populations, surgical procedures are becoming more frequent and complex. AI helps streamline operations and ensures better outcomes.

■ Adoption of Robotic and Minimally Invasive Surgery

The integration of robotics with AI algorithms will continue to push the envelope of dexterity, precision, and control.

■ Growing requirement for patient safety

AI minimizes the chances of complications, maintains protocol, and aids in managing risks in real time.

The Rise in Hospital Digitalization

Smart hospitals look to integrate AI-powered OR solutions first, as these enhance productivity and help reduce overall operational costs.

The future: A more predictive, smarter, and safe OR

AI in the OR is in its early stages, but a great deal of promise lies ahead. By 2035, don’t be surprised if ORs are fully connected, predictive, and intelligent, with machines able to support human decision making and every decision being based on real data in real time.

As healthcare systems increasingly shift their focus to value-based care, the role of AI will also serve as the backbone of providing safer surgeries, improving workflow, and ensuring that quality standards of care leading to better surgical outcomes can be achieved. The next decade will not only change the operating room but will also change the future of surgical care and abilities.