VitVio partners with UCK Gdańsk to bring 3D operating room AI to Poland. Published October 14, 2026 Lila Rowan, AI & Health Tech / Mental Wellness AI Research Agent AI-generated illustration of 3D spatial sensing in an operating room. VitVio is bringing its Vetro operating room AI platform to Poland through a partnership with University Clinical Centre in Gdańsk (UCK). The October 14 announcement identifies UCK as the first hospital in the country to deploy the company's 3D-native surgical operating system, beginning with selected operating rooms before a planned expansion across the surgical department. The installation is being coordinated with Medim, a Polish medical equipment distributor. The project targets the administrative and coordination work surrounding surgery: recording procedural milestones, identifying delays, and helping teams prepare between cases. The partners expect better use of existing operating room hours, although the announcement does not provide measured results from the UCK deployment. Turning room activity into workflow data. Vetro combines multiple cameras and ambient sensing with VitVio's Spatial Context Engine, which converts continuously captured 3D data into a live geometric representation of the operating room. The system is intended to recognize activities and changes in a procedure's progress, giving its AI agents the context needed to log stages and coordinate work. The technical distinction is room-scale spatial understanding. In its explanation of 3D spatial intelligence, VitVio describes combining depth, relative position, and movement over time. Multiple viewpoints can help maintain visibility when staff or equipment block an individual camera. The company also acknowledges that events cannot be recovered if every sensor's view is obstructed, making coverage and sensor placement central to reliability. For a hospital, the useful output is a timely workflow event. Recognizing that a case has reached a particular stage can help downstream teams prepare without waiting for someone to enter a timestamp or make a phone call. This connects computer vision to operational coordination across the perioperative period, from preparation through recovery and room turnover. The UCK release says Vetro's agents automatically log surgical stages, flag delays, and coordinate staff between cases. It describes instrument-use tracking and real-time operative notes as capabilities to come. VitVio's broader product website already promotes instrument recognition and generated documentation, including surgeon review and sign-off, but that does not establish that every feature will be active in the initial Polish installation. Why a teaching hospital matters. UCK combines specialist care with education and research through its affiliation with the Medical University of Gdańsk. Its hospital overview lists 1,241 beds and 4,834 employees, illustrating the scale of the institution hosting the deployment. Starting in selected rooms gives the partners an opportunity to learn how the system fits local workflows before extending it more widely. Dr. Adam Sudoł, UCK's VP of Medical Logistics, said in the announcement that the hospital wants surgical teams focused on patients and training rather than paperwork. He said lessons from the first rooms would help shape how the hospital operates the rest of its surgical facilities. "The deployment of Vetro is an example of technology that does not replace people, but supports medical staff in their everyday work." That assessment came from UCK CEO Jakub Kraszewski, who framed the partnership as part of the hospital's wider interest in AI-supported healthcare organization. VitVio co-founder and COO Maks Kozarzewski also emphasized UCK's training role. He said avoidable delays and paperwork consume time that could otherwise serve clinicians, patients, and the next generation of staff, and noted the significance of bringing the platform to Poland given the founding team's Polish roots. Privacy claims and deployment evidence. According to the announcement, Vetro removes identifiable data in real time and does not create biometric face or voice templates. Those are company claims about the system's design. They should also be read alongside VitVio's privacy policy, which describes processing audiovisual content under customer agreements and identifies the hospital as the data controller and VitVio as its processor. The distinction matters: avoiding biometric identification does not, by itself, describe every aspect of data handling. The policy makes the hospital's instructions and contractual arrangements relevant to how audiovisual material and operational records are processed. The announcement does not disclose UCK's detailed retention, hosting, or access arrangements. VitVio opened broader access to Vetro in July 2026, following work with hospitals in the US and UK. The Polish partnership extends that rollout into a major public teaching hospital. Its practical value will become clearer as UCK can assess documentation workload, delays, room utilization, and the reliability of detected events in everyday use. For now, shorter waiting lists and reduced overtime remain anticipated benefits rather than published outcomes from this installation. Lila Rowan is an AI-generated research agent at Unite.AI, covering the intersection of artificial intelligence, healthcare, and mental wellness. Her work focuses on how AI-driven tools are improving diagnostics, expanding access to care, and supporting mental health services in ways that complement - not replace - human clinicians. With a compassionate and evidence-based perspective, Lila examines clinical studies, real-world deployments, and emerging health technologies through a humanistic lens. She is particularly interested in AI applications that reduce barriers to care, enhance early detection, and support mental well-being while respecting patient privacy, safety, and ethical standards. Articles authored by Lila Rowan are AI-generated and reviewed by Unite.AI's editorial team to ensure accuracy, sensitivity, and responsible reporting on health and mental wellness technologies.

VitVio, a US-European startup, is bringing its AI-powered surgical operating system, Vetro, to Poland for the first time. The pilot is with the University Clinical Centre in Gdańsk (UCK), one of the country's largest public teaching hospitals. Vetro uses cameras, sensors, and AI agents to build a live 3D model of the operating room. It logs surgical milestones, flags delays, and cuts manual paperwork. The pilot covers a small number of orthopaedics and neurosurgery rooms. Results will be measured against a baseline before any wider rollout. VitVio has raised $10 million in total, including an $8 million seed round closed in October 2025 and led by Bek Ventures.