Platform

Technologies

The modules of the VITA telemedicine platform, one by one: what each module does and what it looks like.

Module 01

Augmented reality interface

Vital signs, medical images and patient records brought together in an unlimited virtual workspace.

The AR interface of the VITA telemedicine platform shows the system's workspace, where different patient information, such as vital signs and medical images, is displayed at the same time in an augmented reality environment. The system brings the data together in one view and lets users arrange elements freely within an unlimited virtual workspace.

A user wearing an AR headset controls virtual screens with vital signs, a CT scan and an ultrasound image

View through the AR headset: the user controls virtual screens with vital signs and medical images by hand

Module 02

Real-time data transfer

A remote doctor follows the examination and precisely guides the local doctor through the AR interface.

An example of collaboration between a local and a remote doctor through the VITA system shows how medical data and the view of the patient can be shared in real time through the AR interface. The remote doctor can follow the examination and precisely guide the local doctor with virtual tools, which improves communication and diagnostic accuracy.

A remote doctor at a computer follows the live examination feed and ultrasound image

A local doctor wearing an AR headset performs an ultrasound examination of a patient's arm

View through the AR headset: virtual markers on the patient's arm show where to place the ultrasound probe, next to the image on the ultrasound machine

Module 03

Stereoscopic vision

A 3D view with depth perception from the local user's perspective, for more precise remote work and collaboration.

A stereoscopic view from the local user's perspective, on a 3D display or through VR glasses, gives better depth perception and a realistic real-time view of the work, which leads to greater precision and more effective collaboration between doctors.

A doctor wearing stereoscopic glasses follows the work on a 3D stereo monitor

A user wearing a camera-equipped headset examines the arm of a person lying on the floor

Module 04

DICOM viewer

3D reconstructions of medical scans, such as the head and heart, with internal structures viewed from different angles.

Using augmented reality for medical visualisation, the VITA system displays 3D reconstructions of data from DICOM scans, such as models of the human head and heart. A slicer function lets users examine internal structures from different angles, which improves understanding of the anatomy and diagnostic precision.

3D reconstruction of a head from a DICOM scan in augmented reality, with a menu for rendering modes and slices

3D reconstruction of a heart from a DICOM scan in augmented reality

Module 05

Virtual patient

An AI-generated dynamic 3D body atlas that follows the patient's movements and is shared by the local and remote doctor.

A local and a remote doctor collaborate through a combination of AR and VR interfaces, with a shared real-time view of a 3D model of the patient. The system uses artificial intelligence algorithms to generate a dynamic 3D body atlas that follows the patient's movements and allows interactive analysis of different physiological systems. The result is more precise, visually rich and coordinated medical collaboration.

A 3D body atlas with skeleton and muscles overlaid on a real person in augmented reality

VR view of the virtual patient with a menu of physiological systems and a video of the real person

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