QOODA Triumphs at Munich Business Plan Competition 2026 with GPS-Free Navigation
Munich, August 3, 2026 – The Munich Business Plan Competition 2026 has concluded with QOODA, a local startup, taking home the top prize for its innovative GPS-free navigation solution. The competition, which saw a record 382 founding teams participate, highlighted the growing strength and technical sophistication of Bavaria’s deep-tech ecosystem. QOODA’s winning technology, based on quantum sensors, aims to provide precise positioning in scenarios where satellite signals are compromised or absent, a significant challenge in various industrial and future autonomous systems.
The announcement was made in Munich, following a rigorous evaluation process that underscored the increasing emphasis on technologically advanced solutions addressing real-world industry and future problems. This year’s competition marked its 30th anniversary, with the highest number of participants in its history, reflecting a vibrant and competitive startup landscape.
A Solution for a Critical Need: GPS-Free Navigation
QOODA’s core innovation lies in its ability to enable accurate positioning without relying on traditional GPS systems. This is particularly crucial for applications in environments where satellite signals are prone to interference, jamming, or complete failure. Such situations are common in industrial settings and are becoming increasingly relevant for the development of autonomous systems, where reliable localization and navigation are paramount for safety and operational efficiency.
Dr. Björn Pötter, CEO of QOODA, emphasized the company’s vision to redefine GPS-free navigation and leverage the competition to showcase both its technological prowess and market potential. The quantum sensor-based approach adopted by QOODA offers a distinct measurement and evaluation principle compared to purely satellite-based methods, making it particularly suitable for unreliable reception conditions.
The deep-tech ecosystem in Bavaria, as demonstrated by the competition, is not only expanding rapidly but also focusing on technically demanding approaches that directly address industrial and future challenges. The record participation of 382 teams indicates a shift towards not just conceptualizing business ideas, but also developing technologies to a competitive level, from feasibility and argumentation to translating prototypes into market-ready use cases. This balance between scientific substance and application-oriented implementation was a key evaluation criterion.
Runner-Ups: Sustainable Construction and Automated Medical 3D Printing
Securing the second place was Soul of Concrete, a project dedicated to enhancing the longevity and sustainability of concrete structures. Their approach focuses on improving material properties throughout the lifecycle of concrete, aiming to reduce maintenance, renovation needs, and consequently, resource consumption and emissions over decades. The success of a material-focused project in a deep-tech competition highlights the continued emphasis on technical progress, even when the ultimate metric is the lifespan of a construction rather than data points.
Third place was awarded to micro factory 3DSolutions, which aims to streamline industrial 3D printing for medical applications through a fully automated manufacturing process. This addresses two critical bottlenecks: the need for increased reliability and reproducibility in medical production, and the importance of throughput and process stability for economic viability beyond laboratory settings. Their focus on complete automation, encompassing media changes, parameter control, quality assurance, and seamless integration into a continuous pipeline, was a key factor in their recognition.
Broader Impact and Future Outlook
Eight deep-tech startups qualified for the final round, showcasing a diverse range of projects from AI-driven healthcare and quantum/photonics technologies to IT security and sustainable solutions for construction and industry. This breadth of innovation provides a valuable landscape for investors and partners seeking clear value propositions and teams capable of navigating the complexities of their technologies from research to application.
Dr. Carsten Rudolph, Managing Director of BayStartUP, noted that the record participation and high quality of teams underscore the dynamism of Bavaria’s startup ecosystem and its focus on developing solutions for key future challenges. For these startups, the next steps involve rapidly transitioning technology into validated pilot operations, identifying necessary interfaces with existing systems, and compellingly documenting their technical and economic benefits to ensure long-term market impact.
The Munich Business Plan Competition 2026 serves as a significant indicator of the region’s commitment to fostering innovation and supporting ventures that push the boundaries of technology to address pressing global issues.
