The Surgical Suite enables real-time remote access to the OR and creates a secure video record of every procedure. It scales training, education, and collaboration to drive continuous learning, accelerate medtech adoption, and improve surgical performance across teams and health systems.
Enable real-time remote access to procedures for observation, coaching, and education—without requiring physical presence in the OR.
Support remote observation, onboarding, and education for new devices—helping surgical teams adopt tools and techniques more efficiently, at scale.
Create a secure library of recorded procedures. Surface variation, identify best practices, and drive consistency across teams and locations.
Build a structured, cloud-based video record of every procedure. Organize by specialty, surgeon, or keyword for fast access and review.
Give trainees, nurses, and rotating staff immediate access to video content for learning and reference—before, during, and after a case.
Use video analysis to support case review, assessment, and continuous improvement.
Enable clinicians and trainees to preview case history and review similar procedures beforehand.
Securely connect remote users to the OR with full audio/video visibility and annotation tools. Observe, advise, or teach in real time.
Record and index every procedure in a secure cloud library. Support debriefs, coaching, and reference with structured video playback.
Use integrated tools for tagging, prompts, and sharing to coordinate training, feedback, and learning across the full case lifecycle.
For me, Proximie has to be the future.
Connect everything in the OR with a purpose-built platform that powers deep integrations, custom applications, and system-wide productivity.
Streamline workflows, increase throughput, and help ORs run at their best by harnessing real-time surgical data with AI and computer vision.
Support training, education, and quality by connecting clinical teams from anywhere and building a video library of surgical excellence.
Deploy flexible, secure, low-bandwidth hardware with built-in computer vision to protect privacy.
