London-based VitVio brings AI surgical monitoring to Mexico
The startup is expanding its 3D surgical monitoring platform into Latin America.
London-based startup VitVio is expanding internationally, implementing its innovative artificial intelligence system at Hospital Español de Veracruz in Mexico. This marks the company's first major partnership in Latin America, aimed at achieving full digitalization and optimization of the hospital's operating theatres.
How Vetro works
The system, known as Vetro, is an advanced technological solution that creates a live 3D model of an operating room using cameras and sensors. AI agents monitor processes in real time, including the movement of medical instruments, staff activity, and the progression of surgical stages.
A primary function of the system is to alleviate administrative burdens. Vetro can automatically generate surgical records, track instrument inventory, and identify bottlenecks. Ultimately, this allows hospitals to treat more patients while reducing resource waste. According to the company's leadership, the technology is focused on process management rather than personnel monitoring, and it strips personal information from the data collected.
Global ambitions and challenges
Founded in 2024, VitVio has already secured $10 million in investment. Prior to its expansion into Mexico, the company deployed its services in Poland, the United States, and within the UK's National Health Service (NHS). The Mexican partnership is particularly significant, as it could eventually scale to cover 60 operating theatres across the group's seven hospitals.
Despite the technological benefits, installing cameras in operating rooms naturally raises questions regarding privacy and data security. VitVio has not yet provided detailed information on where this data is stored or how long it remains in the system. This is a critical issue, as the integration of AI in medicine requires maximum protection of patient and staff data.
Significance for the medical sector
The adoption of such technologies points to a global trend where hospitals are increasingly relying on algorithms to solve complex logistical challenges. VitVio's success will depend on its ability to prove that monitoring surgical processes can be achieved without compromising personal privacy. While such systems remain a novelty for medical institutions in Georgia, given the pace of digital transformation, the relevance of these solutions is expected to grow in the future.