LAIA XR is transforming surgical planning with Virtual and Augmented Reality

LAIA XR is transforming surgical planning with Virtual and Augmented Reality

The fusion of technology and medicine is key to improving patients’ quality of life and optimising clinical procedures. ARSOFT, a pioneering company in the development of Virtual, Augmented, and Mixed Reality solutions, has taken a decisive step towards the future of medicine with the launch of LAIA XR—an advanced platform for medical image analysis and surgical planning that integrates the latest breakthroughs in Artificial Intelligence (AI) and Immersive Reality.

In the surgical field, precision and preoperative planning are decisive factors for the success of any procedure. Technological advances now provide surgeons with tools that not only enhance their capabilities, but also increase patient safety and wellbeing.

One such tool is the LAIA XR platform. Developed by Salamanca-based ARSOFT, it is a healthcare software solution that enables medical professionals to study patients’ medical images and plan surgeries using cutting-edge Immersive Technologies and Artificial Intelligence.

With LAIA XR, doctors and surgeons can perform immersive analyses of 3D patient reconstructions and, through AI-driven algorithms, automatically segment anatomical structures from medical images.

This allows them to visualise areas of interest with complete accuracy and plan each step of the procedure in detail. Thanks to these technologies, physicians can explore segmented 3D anatomy, gaining an anatomical understanding far beyond what traditional visualisation methods can offer.

LAIA XR provides clinicians with a powerful yet easy-to-use platform for anatomical study and surgical planning—and it doesn’t stop there. The system also gives access to all this information inside the operating theatre itself.

The process is simple: the physician uploads the patient’s scan images (CT, MRI) to the platform. Within minutes, AI algorithms automatically process and segment the medical data, allowing the physician to select the structures required for planning. From that moment, they become available for immersive exploration through XR technologies (Augmented, Virtual, and Mixed Reality).

This tool enhances visualisation and analysis, instilling greater confidence in clinicians and reducing the margin of error, ensuring that every procedure is carried out with maximum precision and assurance.

Validation and success in the medical sector

LAIA XR has been validated with the medical images of over 2,000 patients. It is the only platform on the market that fully automates the segmentation process required for pre-surgical planning, while also delivering the added value of immersive 3D medical image visualisation.

Doctors who have used the technology highlight its positive impact on surgical precision and its ability to reduce error margins—contributing directly to better patient outcomes.

The integration of this technology into surgical practice marks a significant step towards a more personalised and safer approach to medicine, underlining its importance in today’s clinical environment and its seamless adaptation to existing workflows.

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