Telefónica Germany, HPE and the Norwegian scale-up wheel.me work together on mobile robot solutions based on state-of-the-art 5G networking and edge computing.
The partners have signed a Memorandum of Understanding (MoU) to this effect. A first practical study (PoC) demonstrates the performance of 5G campus networks and edge computing in the real-time orchestration of autonomously driving robotic wheels from wheel.me . The showcase also illustrates the synergy effects of the solutions and the benefits for the logistics and manufacturing industry. Telefónica Deutschland cooperates in mobile robotic solutions | short version (in German) During the demonstration, wheel.me's robotic wheels were used in a typical material handling use-case. They autonomously transported goods from the warehouse to the workstations , bypassing objects and workers. To do this, the wheels needed to create and calculate a 3D image of the factory floor to autonomously decide on the best route to take.
For applications like the one demonstrated, low latency is critical for success. Telefónica Germany's 5G Campus network and Hewlett Packard Enterprise's edge computing infrastructure made it possible to analyze the large volumes of data generated in real time to optimize the performance of the wheels . 5G provides a high-speed data link between the device and the base station and by providing computing and storage resources close to the local network, edge computing further lowers latency by eliminating connection to central cloud data centers.
Colaboration can reduce the complexity of digitization and automation projects for end customers.
The collaboration between Telefónica Germany, Hewlett Packard Enterprise and wheel.me demonstrates how the combination of 5G campus networks and edge computing fulfills the real-time promise of 5G and enables applications that would not be feasible with other networking solutions. It also exemplifies how an ecosystem of solution providers can work together to deliver powerful solutions while dramatically reducing the complexity of digitization and automation projects for end customers . This will be achieved by transforming a disjointed value chain into the value network of a partner ecosystem.
Creating an ecosystem is a key element in Telefónica Germany's approach to make 5G Campus networks easily accessible to industry customers.
A first practical study (PoC) demonstrates the performance in the real-time orchestration of autonomously driving robotic wheels.
Leonard Michalas , Business Manager at Telefónica Germany
The collaboration with HPE and wheel.me is a great example of an ecosystem which allows clients to get all components for their complex digitalization project fully integrated as an embedded solution and out of one hand . Creating a partner ecosystem is a key element in Telefónica Germany's approach to make 5G Campus networks easily accessible to industry customers and enable them to make the most of it.
Stefan Holländer , Chief Executive Officer at wheel.me
We see a huge potential in utilizing private 5G networks and Edge computing as a way to manage our autonomous wheels . With stable, safe, and high-speed connections we can offboard data processing from the wheels to the edge, shifting computing power to central locations and thereby allowing large amounts of data to be analyzed on-site and in real-time.
