Deutsche Telekom said it is taking part in the Platform and Ecosystem for Quantum-Assisted Artificial Intelligence project to conduct research into quantum technologies, under the leadership of research and development unit T-Labs. Deutsche Telekom will carry out research activities and tests for potential use cases of quantum technologies, particularly for network operators. A consortium of 15 partners and 33 associated partners are taking part the research projects, funded by the German Federal Ministry of the Economy.
T-Labs will provide specific use cases from the field of telecommunications, including the optimization of communication networks, Industry 4.0 applications or AI-clustering problems for customer segments. Quantum algorithms can provides solutions to the complexity and size of applications. Quantum computers could be used for Deutsche Telekom’s operational business.
Quantum algorithms for telecommunication providers
Quantum computers promise an exponential increase in processing speed for selected problem classes. For example, in combinatorial optimization problems or the training of AI models (AI: artificial intelligence). In communication science, Shor’s algorithm is usually considered the “killer application” of quantum computing. This is because quantum computers can use it to attack today’s security infrastructures.
In the PlanQK project, T-Labs provides some specific use cases from the field of telecommunications. These include the optimization of communication networks, Industry 4.0 applications or AI-clustering problems for customer segments. These applications have a high level of complexity and, if the problem exceeds a critical size, can only be calculated classically with great difficulty. Here, quantum algorithms promise the solution. With growing size, quality and processing speed, quantum computers could find their way into Telekom’s operational business.
The path to a standardized quantum app store
However, the goal is not only to evaluate and demonstrate the applicability of current quantum technology for use at Telekom. The PlanQK project also seeks to prevent the risk of any one company achieving a dominant market position and setting de facto industry standards. This project is targeted at ensuring the development and establishment of a vendor-independent platform and associated ecosystem for quantum-assisted artificial intelligence. Users could then, for example, compile solutions for their company or commission them via the cloud or a quantum app store.