The first demo was developed in co-operation with Autonomously Guided Vehicle (AGV) specialists ASTI Mobile Robotics and showcased the ability to control and guide AGVs from a Multi access Edge Computing (MEC) platform over a low-latency LTE network set up to emulate 5G radio performance.

The vehicles used in the tests are capable of transporting very heavy loads around large factories with great precision.  The demonstration highlighted that deploying edge computing is the only way to provide the ultra-low latency required for the precise manoeuvring of industrial vehicles.

Another MEC application using real-time facial recognition was also demonstrated to the group. This highlighted the viability of using real time continuous video processing to enhance the control process for guiding the next generation of AGVs.

5TONIC also showcased to the group its latest developments in high frequency radio technologies – an essential component of future 5G communications – as well as a low-cost system that surveys the use of the radio spectrum over a wide range of frequencies.  Originally designed for military application, the ability to survey and monitor spectrum usage will be immensely valuable in the deployment of 5G networks – in particular when monitoring usage across network ‘slices’.

The quick and efficient deployment of advanced systems like the ones demonstrated at the 5TONIC laboratory will require new network orchestration mechanisms such as those developed for the 5G CORAL project in Taiwan.  The team was able to demonstrate to Mr. Linares and to the 5TONIC steering board members how closely involved the laboratory has become with a wide range of European and International 5G projects.