VitVio brings AI-powered surgical operating system to Poland in UCK Gdańsk partnership

VitVio is taking its AI-powered surgical operating system, Vetro, into Poland for the first time through a partnership with the University Clinical Centre in Gdańsk. The hospital is one of the country’s largest public teaching centres, so this is not a quiet pilot in a corner ward. It is a very visible test of whether AI can earn a place in the operating room without upsetting the people who actually run it.

The first rollout will cover a small number of operating rooms in orthopaedics and neurosurgery. VitVio and UCK Gdańsk will start with a baseline, then compare the pilot against how the rooms work today, looking at throughput, on-time first starts, turnover time, overruns and the time nurses spend logging by hand. Medim, a Polish medical equipment distributor and healthcare solutions supplier, is coordinating the installation.

Vetro uses cameras and ambient sensors to build a live 3D model of each room. The system’s Spatial Context Engine is meant to understand the flow of surgery, not the identity of individual clinicians. VitVio says that matters because operating rooms are crowded, and single-camera systems can miss what is blocked from view. The company wants Vetro to spot delays such as missing trays or slow patient positioning, then give coordinators a live overview of what’s happening.

Some of that is already in clinical use. The system can detect surgical milestones and keep teams informed as procedures progress. VitVio is also starting to roll out two-way voice interaction, so teams can ask questions without stepping away from the patient. Instrument detection is in early rollout too, and automated operative note drafting is being developed. The bigger play is a common platform for surgery operations, instead of a stack of separate tools.

The privacy pitch is doing a lot of work here, because cameras in an operating room will always make people twitch. VitVio says Vetro is for workflow documentation, not staff scoring. Sensor data is processed on hospital servers, heads are pixelated, written information is removed, and original footage is deleted. Only the case timeline leaves the hospital in real time, while most of the remaining de-identified data is deleted after a short retention period, usually seven days. VitVio says the hospital stays the data controller and voice features are optional.

UCK Gdańsk wants the system to cut admin time and free up room capacity, with more time for training as well as patient care. The broader bet is simple enough: if the software really saves time in publicly funded hospitals, it has a better chance of sticking than another glossy AI demo. VitVio has deployments in the US, UK, Mexico and other European markets, and says more hospital announcements are coming soon.