Gter Sport (2)

Sport & positioning

For several years, we have been researching the most effective way to ensure precision, accuracy, and reliability in tracking human body kinematics. The concept underlying the solutions we design is the application of space technologies to human tracking, by integrating high-precision GNSS sensors into wearable devices.

We are therefore developing solutions to monitor human body movement with great accuracy outside the laboratory environment. Our primary target audience consists of elite athletes and athletic trainers. We are also investigating solutions that, building on this field, could contribute to the sectors of telemedicine and rehabilitation.

If you’re facing a challenge without a solution...

Let’s talk about it and see together if we can find a solution using our technologies.

The combination of our technical expertise and the Grep patent, together with the use of advanced technologies, enables us to offer unique and high-performance solutions.

Sponsorships

OUR PROJECTS

_REMOT (1)

The Real Environment Movement Tracker (REMOT) is a miniaturized, wearable device that enables the monitoring of walking kinematics and, more broadly, the movement of a person during outdoor activities in real-life settings.

GESTUS is the natural continuation of the REMOT project. In GESTUS, we design and develop the entire platform for tracking athletes’ kinematics during training. In GESTUS, with an international and diverse team, we are developing a second version of the ergonomic wearable device, designing and building a platform for cloud processing, and creating a mobile app to manage the system.

End users play a central role in the project: they are directly involved and will take part in extensive testing campaigns.

Gter is participating in the HPC4WEARABLE project.
The goal is to use high-precision GNSS to extract predictive metrics on cyclists’ training status.
Thanks to sensor fusion algorithms and local disturbance mitigation techniques, the system makes it possible to distinguish group members and analyze form and movement dynamics.