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Advanced AI technologies to receive a significant boost in Dresden with the arrival of a new supercomputer

Enhanced AI capabilities through the introduction of a high-performance computer in Dresden
Enhanced AI capabilities through the introduction of a high-performance computer in Dresden

Advanced AI technologies to receive a significant boost in Dresden with the arrival of a new supercomputer

In a significant development for the technology landscape, the Helmholtz-Zentrum Dresden-Rossendorf (HZDR) and ParTec AG are jointly building and developing a new supercomputer named "Elbjuwel" in Dresden. This local computing power is set to revolutionise the region's capabilities in calculations, simulations, and digital sovereignty.

The "Elbjuwel" supercomputer is designed to provide sufficient computing power for digital sovereignty, not only for Germany but for Europe as well. By developing local AI applications and development, the platform aims to change the status quo of Germany and Europe relying heavily on the USA and China for supercomputer access.

Prof. Sebastian M. Schmidt, Scientific Director of HZDR, believes the planned platform will give new impetus to the development of AI technologies and support companies in mastering digitalization challenges. Bernhard Frohwitter, CEO of ParTec AG, echoes this sentiment, emphasising the importance of providing computing power on one's own premises for close collaboration and synergies.

Initiatives like ProKI Dresden will benefit significantly from this new platform. ProKI Dresden supports SMEs in integrating artificial intelligence into production, particularly metalforming. The platform aims to facilitate access to AI for industry, small and medium-sized enterprises, and scientific institutions for technological innovations.

The new platform will focus on providing computing power in the areas of AI and machine learning, high-performance computing, and quantum computing. Demonstrators, such as the LOTTA AI drilling machine, are used to showcase application examples of AI in production. The LOTTA AI drilling machine, developed thus far with computing power from overseas, has an AI system that detects and reports error conditions in the drilling process and the machine.

The LOTTA AI drilling machine, recently presented at the 11th Saxon Machine Building Days in the Technology and Founder Center Bautzen (TGZ), is a testament to the potential of local AI development. With the "Elbjuwel" supercomputer, applications like the LOTTA AI drilling machine will now be developed locally, reducing dependency on overseas computing power.

Moreover, the new platform may strengthen Saxony's role as a leading location for AI. It is also intended to contribute to the training of skilled workers, ensuring a steady supply of talent for the growing AI sector.

In conclusion, the "Elbjuwel" supercomputer is set to provide a significant boost to the region's AI capabilities, supporting industrial integration, and fostering technological innovations. By providing local computing power, it aims to enhance collaboration, strengthen digital sovereignty, and potentially position Dresden as a leading hub for AI research and development.

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