The subject of this offer is a remote spatial communication system based on 3D image modelling and augmented reality, enabling the creation of a shared, dynamic 3D model of the working environment and its use for remote collaboration, expert consultations and training. A remote consultant can analyse the space from a perspective of their choosing and provide the operator with spatial guidance and annotations displayed directly in their field of view. A key element of the solution is the synchronisation of the image from 3D cameras, the spatial model and augmented reality devices within a common reference frame, which facilitates clearer communication than is possible with conventional 2D image transmission.

Advantages:

• A more comprehensive view of the situation – the expert works with a dynamic 3D model of the environment, rather than solely with an image from a single camera.
• More precise communication – instructions and annotations can be directly linked to specific locations and objects in the environment.
• Free choice of perspective – the remote consultant chooses their own vantage point and is not limited to the operator’s perspective.
• Potential reduction in the risk of misinterpretation – a shared 3D space can reduce the ambiguity in communication characteristic of 2D images.
• Access to an expert without their physical presence – the technology enables remote specialist support regardless of location.
• New training opportunities – the solution can be used in training, simulations and medical education.
• Potential cost savings – remote collaboration may reduce the costs of business travel, transporting experts and organising face-to-face training.

Potential applications:

• Remote support for surgical procedures – consultation with an expert located at another facility or site.
• Medical teleconsultations – providing specialist guidance requiring precise spatial reference.
• Surgical and medical training – learning procedures in an environment utilising a spatial model of a real-world setting.
• Medical simulation centres – realistic exercises and analysis of team behaviour in a 3D environment.
• Remote expert and diagnostic support – potential application in procedures where an expert must understand the spatial positioning of equipment, people or objects.
• The technology also has the potential to be adapted for remote equipment maintenance, industrial applications, and immersive education and training.

The technology has reached Technology Readiness Level 5 – TRL 5.

Further development involves:

• pilot tests in real-world environments, including operating theatres or simulation centres,
• further functional and usability validation,
• preparation for certification requirements specific to clinical applications.

The system has been designed for phased implementation and can function both as a complete solution and as a module compatible with visualisation and augmented reality platforms.

The solution on offer is the subject of a patent application. The CITTRU Technology Transfer Centre is seeking partners interested in pilot projects, licensing, joint development and the implementation of the technology in medical, training and telemedicine solutions.

For detailed information please contact:
Centre for Technology Transfer CITTRU
Beata Strach
Phone: +48 571 232 873
Mail: beata.strach@uj.edu.pl; cittru@uj.edu.pl