The Hannover Messe 2025, running from March 31 to April 4, is set to showcase groundbreaking advancements in industrial technology, research, and development. This annual trade fair will see prominent participation from various academic institutions and companies, presenting innovations that promise to shape the future of manufacturing, mobility, and sustainability.
One notable participant is the University of Stuttgart, which will feature a joint booth at the Baden-Württemberg pavilion (Hall 15, Stand A06). Here, the university will present interdisciplinary research and transfer projects ranging from quantum science to sustainable building practices. According to Professor Peter Middendorf, the Rector of the University of Stuttgart, “The Hannover Messe provides a unique platform to showcase our outstanding interdisciplinary research and its practical applications to a broad audience and industry.” Moreover, he highlights that the theme of this year’s expo, “Shaping the future with technology,” aligns wonderfully with their vision of intelligent systems for a sustainable society.
Among the star exhibits from the University of Stuttgart is the Center for Integrated Quantum Science and Technology (IQST), which will unveil advancements in quantum technologies. Notably, under the leadership of Professor Stefanie Barz, the research group is working with photonic chips, which are essential for developing robust quantum computing and communication systems. Attendees will get the chance to engage with a virtual demonstration of quantum computing facilities, revealing the potential of these technologies in various sectors.
Another highlight includes SpinMagIC, a startup showcasing its portable quantum sensor capable of real-time detection of free radicals, marking a significant technological breakthrough. This device has broad applications ranging from food quality assessment to healthcare and materials science, and the founders seek pilot users to collaborate on testing the sensor at the Messe.
In the realm of sustainable construction, the University’s Excellence Cluster, Integrative Computational Design and Construction (IntCDC), is developing resource-efficient building methods. This includes innovative uses of digital technologies and robot-assisted construction processes which were vital for the realization of projects like the Hybrid Flax Pavilion and the Wangen Tower, which is composed of self-forming wooden construction elements.
The Excellence Cluster, SimTech, will feature an interactive sandbox where visitors can manipulate parameters to understand complex systems and their real-world implications. By integrating traditional modeling with data-driven methods, SimTech aims to devise innovative solutions for challenges such as energy production and material design.
Moreover, the student group KSat will present exciting aerospace projects, including Ferrofluid experiments that have potential applications in reducing wear and tear in future space technologies. Their CubeSat SOURCE—scheduled to launch in 2026—will contribute to meteor observation and other critical environmental data.
Meanwhile, the InnovationsCampus ICM, a collaborative research facility between the University of Stuttgart and the Karlsruhe Institute of Technology (KIT), will unveil a KI-enhanced inspection system for recycling circuit boards (Leiterplatten) at their booth in Hall 13. This system aims to optimize recycling processes by utilizing advanced data analytics to drive profitability and resource efficiency within a circular economy framework.
In another part of the Messe, SUPCON, a leading global player in industrial automation, is also set to make waves with its AI-powered Full Stack Industrial Automation Solutions. Their booth in Hall 9 (G059) will feature key exhibits such as the Universal Control System (UCS), which presents a revolutionary architecture to address significant challenges in control systems amid the AS revolution. It features characteristics that are software-defined and cloud-based, facilitating the shift toward AI-driven autonomous operations. SUPCON's innovations drive the integration of various industrial processes, enhancing overall productivity through advanced monitoring and real-time data acquisition.
SUPCON’s advanced AI model, the Time-series Pre-trained Transformer (TPT), is also geared towards improving industrial operations by adapting to diverse operational environments through sophisticated coordination and collaboration models.
Among its highlights, SUPCON will introduce the PLANTBOT, an intelligent robotic solution focused on enhancing automation for process industries. This innovation fosters complex machine collaboration and predictive management for operational excellence.
Another transformative tool from SUPCON is SOLISCADA, a SCADA software that can support massive tag volumes at essentially no cost, offering unprecedented scalability that is vital for modern industrial automation needs, especially in sectors like oil and gas and pharmaceuticals.
Within the exhibits, the Fraunhofer institutes will present 38 showcases at Hall 2, B24, covering pivotal areas such as 3D component production, trustworthy AI, and sustainable product design aimed at fostering a circular economy. Their initiatives enhance efficiency through digital transformation and innovations in production methods.
As the Hannover Messe 2025 approaches, participating organizations are eager to engage with visitors and stakeholders, showcasing their pioneering solutions and establishing fruitful collaborations. This year's exhibition also includes the introduction of the Wind of Change Tower—a groundbreaking 150-meter wooden wind turbine tower constructed using advanced bonding processes to reduce carbon emissions significantly. Replicas of this structure will be displayed to highlight the potential of sustainable materials in construction.
The Hannover Messe stands to be an exciting convergence of ideas and innovations, showcasing the path toward a technologically advanced, sustainable future.
