With the Industrial AI Cloud, we – together with NVIDIA – offer a high-performance AI cloud for enterprises, research institutions, and the public sector. The platform is independent, GDPR-compliant, and meets all requirements of the EU AI Act.
Deutsche Telekom and NVIDIA unite to deliver a sovereign, high-performance AI cloud for Europe’s industrial and regulated sectors—powered by NVIDIA hardware, renewable energy, and trusted EU infrastructure—enabling AI training, digital twins, and automation at scale.
You can display all external content on the website at this point.
I agree that personal data may be transmitted to third-party platforms. Read more about this in our privacy policy.
Benefit from the latest NVIDIA technology and the experience of a European provider that ensures maximum sovereignty.
Unlock the first AI and High-performance computing (HPC) platform in Europe and secure your competitive advantage and get ahead of competition. With 10,000 Blackwell GPUs, you can take advantage of the latest NVIDIA technology for your AI projects. The offering is deeply embedded into Deutsche Telekom's T Cloud, AI, and network architecture. Designed for mission-critical applications, the Industrial AI Cloud enables fast and scalable AI deployments that meet regulatory requirements. With the highest resiliency, minimal latency and strong performance to accelerate innovation at scale.
The Industrial AI Cloud is Germany’s first industrial AI data center and will be available to customers from early February. With its launch, Germany’s available AI computing capacity will increase by 50 percent almost overnight. The Industrial AI Cloud is a key building block in ensuring that Europe remains competitive in industrial AI and can continue to develop its own sovereign AI offerings. To this end, 10,000 state-of-the-art NVIDIA AI chips (GPUs) have been installed in a Deutsche Telekom data center in Munich. Unlike conventional CPUs, which process tasks sequentially, GPUs can handle many operations in parallel, making them particularly well suited for graphics and AI workloads. They deliver computing power far beyond the capabilities of traditional IT infrastructures. This enables the development and operation of large language models, image and video AI, simulations, and robotics applications. The GPUs powering the Industrial AI Cloud deliver computing performance equivalent to 2.3 million standard desktop computers. Customers do not need to build and operate their own supercomputing environments – instead, they can directly leverage Telekom’s AI computing power.
The Industrial AI Cloud is primarily aimed at industrial companies, small and medium-sized enterprises, start-ups, as well as public authorities and research institutions.
Typical use cases include quality assurance in manufacturing, predictive maintenance of machinery, digital twins and 3D simulations, automated logistics, and industry-specific AI assistants. Customers can flexibly consume the required computing power as a cloud service—depending on the project, data volumes, and the complexity of the application.
Data is processed in a data center in Germany, in accordance with German and European law. Partners such as SAP and Siemens integrate their platforms and applications, making it easier to embed AI solutions into existing business processes. This creates a “Germany stack” for industrial AI, with high standards for data protection, security, and compliance.
We don't just offer hardware-as-a-service, we actually offer AI-as-a-Service. To this end, we offer a complete AI stack – the Germany stack – from connectivity to the base plate, including Platform-as-a-Service (PaaS) and Software-as-a-Service (SaaS).
The data center is powered entirely by renewable energy. It is designed for maximum energy efficiency. In the future, the waste heat will supply the entire Tucherpark district with heat as a source. A modern cooling concept relies on cooling of the data center with water from the nearby Eisbach. The Industrial AI Cloud thus fits into Deutsche Telekom's sustainability strategy.
