ProvideQ makes quantum computing accessible for the logistics industry

Quantum computers differ fundamentally from classical computers in the way they work. They use so-called qubits as the smallest unit of calculation. In contrast to conventional bits, qubits can assume states between 0 and 1. This superposition allows certain calculations to be carried out much faster and more resource-efficiently.

Focus on logistics: why quantum computing scores here in particular

Despite this potential, many users are not yet aware of the possibilities of quantum computing. In the logistics sector in particular, where complex optimisation problems are part of everyday life, quantum computing can offer considerable added value in the future.

The ProvideQ project, which was completed in March 2025, has developed various approaches to make quantum computing specifically usable for logistics optimisation. Experts from the fields of software and algorithm engineering, optimisation theory and quantum information collaborated with leading logistics service providers over a period of three years. Among other things, various algorithms were examined for their practical suitability for real-world optimisation problems.

From theory to application: The ProvideQ toolbox

A key result of the project is a toolbox that provides quantum algorithms in the form of low-threshold demos and makes the increase in computing power tangible. This enables users to better assess when it is worth using quantum algorithms and models. The toolbox is to be further developed in future and used to advise companies in order to assess the actual potential of quantum computing.

The scientific team at DLR Projektträger has summarised the most important results, impulses and future prospects in a compact results profile.