Together with the University of Applied Sciences and Arts Western Switzerland, Swisscom is undertaking research with 5G projects.
The School of Engineering and Architecture of Fribourg (HTA-FR), a member of the University of Applied Sciences and Arts Western Switzerland, and Swisscom will in future work together with the School on 5G projects in the area of Network Function Virtualisation (NFV). The goal of NFV is to make the network functions of routers, switches or, for example, firewalls software-based. For this purpose, Swisscom is providing the University with an infrastructure for research projects in the area of 5G/NFV. The aim is to jointly develop IT solutions on the Edge cloud for security, network slicing for mission critical communication, and mobile private networks. Philippe Joye, Head of Computer Science and Telecommunications at HTA-FR, says: "Teaching and application-oriented research aim to strengthen the competitiveness and innovative strength of our economy as directly and sustainably as possible. We appreciate the trust that Swisscom has placed in us with this specific partnership."
5G for Public Safety
5G offers great potential for public safety in particular. Swisscom tests different scenarios based on the real requirements of emergency organisations: secure communication under all conditions in alternating task forces, in geographically defined areas, or even the targeted temporary tracking of task forces for their personal protection. Other applications include live streaming of video via drones or bodycams and the early detection of traffic flows based on anonymous and aggregated data from mobile communication systems. All in all, the guaranteed data traffic will become a fundamental aspect for emergency services in all situations, in order to ensure the control rooms can make the right decisions based on a multitude of information, such as voice, images and videos.
Mobile Private Networks for Companies
Mobile Private Networks show how 5G can simplify the network infrastructures in companies. For this purpose, local 5G mobile communication networks are set up within companies. The entire networking of company devices such as workstations, smartphones or production machines then takes place uniformly in closed, private 5G networks. These are characterised by high performance and greater security. These secure and closed networks do not end at the physical boundaries of the company, instead they seamlessly merge into the external mobile communication network – data traffic, however, is only generated within the company's own private network. They address the security requirements of data storage for sensitive business data. The Mobile Private Networks integrate existing components of such an infrastructure, such as security, cloud, local networks (LAN) or solutions for the integration of mobile devices. In the future companies will be able to implement significantly more business processes via mobile communications, thereby reducing the multitude of technologies and lowering costs.
