Application phase has ended on May, 1st.
We are looking for Best-of-Class Business Solutions representing the benefits of an Campus Network. Our aim is to implement your solution as a prototype at different locations where Deutsche Telekom has built up their Campus Networks for research and demonstration purposes. The overall goal of the program is not only to demonstrate your prototypes for sales activities, but also to integrate your solutions into End-to-End offers for our customers. Interested? Apply now by filling out our Application Form!
Need more information on Campus Networks? Scroll down!
Our Focus Areas:
What’s in it for you:
We are looking for:
end of April
APRIL – MAY
Together with our internal stakeholderswe will evaluate the technical and business relevance of the solutions. Selected companieswill be invited to the next phase.
May – JUNE
The exact scope of prototype implementation and collaboration agreement will be defined.
June – September
Implementation in specific locations– showrooms
hubraum is Deutsche Telekom’s tech incubator. by bringing together early-stage startups and the leadingEuropean telecommunications company, hubraum fuels innovation transfer in 5G, AI & IOT technology to createnew business opportunities for both sides. hubraum has connected startups and stakeholders via its digitalecosystem in Berlin, Krakow and Tel Aviv since 2012. hubraum offers mentorship, investment, unique access toDeutsche Telekom’s networks, clients and technology and free coworking space in our Berlin and Krakow locations.
Campus networks are custom mobile networks for the industry. They allow machines and processes to connect with each other without any delays.
A campus network is a combination of the public mobile network and a private network. Both networks jointly cover a defined company site, a university, or individual buildings. The private network cannot be accessed from outside. That means the campus network’s capacity can only be used by the customer at any time. Another reliable feature of campus networks is the period within which the network reacts, which is called the latency or response time in the network. That allows machines to communicate with one another or with a data center, for example, without delays. Thanks to the low latency, even vehicles can move across company premises autonomously using sensors.
As a result of the provision of the campus network together with the public mobile network in parallel, external applications are also possible on the campus with no problems. One example is remote maintenance of machines performed by manufacturers.
Additional advantages of campus networks: High level of data security, fast data transfer, and high reliability. Qualities that are essential for digitalized production sites.