We tackle challenges of an increasing computerized world. Our mission focuses on designing human-centred interfaces for interacting with the Internet of Things.

To this end, we focus on user-centred analysis, design, implementation and evaluation of modern human-computer interfaces such as Mixed Reality (Augmented and Virtual Reality) in combination with methods from computer graphics, information visualization, computer vision and machine learning.

Our industrial application domains encompass the whole product lifecycle from design to service, e.g. in the area of future mobility services.

Medical applications include therapy and rehabilitation of mental and physical deseases as well as well-being and health-promotion.

Consumer-oriented application domains are, amongst others, tourism, games or novel product-experiences.

Augmented Reality

Augmented Reality (AR) enables interaction with digital information in physical environments. This way, AR bridges a gap between the increasing number of sensor- and user-generated digital data and the real living environment of users.

Application domains of AR encompass, amongst others, remote assistance, telepresence, interactive training guides, novel user experiences in advertising, in-situ product design, Produktplanungen, variance analysis between planned production data and built structures, Fernwartung, as well as therapeutic and health-promoting activities.

Our services include potential analysis for your application domain, e.g., in industrial or medical domains, advertising or tourism. We consult you about the appropriate use of AR technologies such as dataglassses / head-mounted displays, 3D projectors, multi-display environments, AR software or 3D reconstruction of physical objects or environments.

Virtual Reality

Virtual Reality (VR) enables the immersion into computer-generated 3D worlds for interaction with remote or physically not existing environments.

Application domains of VR include, amongst others, remote presence using 360° videos, virtual training in challenging environments, as well as therapy of mental and physical diseases. The increasing number of affordable, consumer-oriented VR-solutions enables the cost-effective use of this technology also for small and medium enterprises.

Our services cover consulting about VRtechnologies such as data glasses / head-mounted displays, input devices, haptic feedback systems or 360° live-streaming. Furthermore, we offer the development of sophisticated VR applications, e.g., for virtual training, product design, remote assistance or medical therapies.

Informationvisualization and Computer Graphics

Informationvisualization facilitates the discovery of new information from abstract data. Augmented and virtual reality allow to boost information visualization methods by embedding them in large three-dimensional environments, e.g. using situated and immersive analytics. Through this knowledge workers can be efficiently supported in komplex processes.

Our services include the broad spectrum of computer graphics and informationvisualization with a foucs on AR and VR-related solutions. Specifically, our team conducts the requirement analysis, design and implementation of traditional and web-based computer graphics and informationvisualization systems as well as for 3D interactive visualization environments.

Computer Vision

Computer Vision helps to drive us securely in (semi-)autonomous vehicles, to unlock our mobile devices with the need to touch them, or to detect tumors in medical imaging reliably.

Our services encompass a broad spectrum from basic image processing to advanced computer vision tasks. Specifically, our team has expertise in the areas of reality-capture (3D reconstruction), object detection as well as computer vision for human-computer interaction. Besides engineering driven algorithms we rely on state-of-the-art deep learning algorithms for solving a broad range of tasks.

Human-Machine Interaction

Smart thermostats, automatic parking assistants, smartphones and activity trackers are only a few examples for the increasing number of smart and connected devices that aim at supporting users in their daily lifes.

The full potential of new technology can only be reached, if it is developed with focus on the needs and abilities of users. Human-machine interaction aims at optimizing the joint performance of humans and technology in reaching the user's goals.

Our services cover the complete spectrum of iterative user-centred technology development. We support our customers with, e.g., usability analyses of soft- and hardwaresystems, user experience (UX) design, eye tracking, software, web and app development, consulting in domains such as multimodal interaction or internet of things (IoT) as well as transfer of technologies and knowledge.


Our Mixed Reality laboratory includes various head-mounted displays (e.g., Microsoft Hololens, HTC Vive), 360° cameras as well as sensors for 3D reconstruction of phyiscal objects and environments.

We offer 3D printers for rapid prototyping as well as electronics for rapid prototyping of smart objects.

Our optical outside-in tracking system (OptiTrack) allows digitalisation of human performances for various application domains such as motion capture.

Furthermore, we offer eye tracking system for mobile use as well as for analysis in VR environments. We also offer to conduct controlled user studies under laboratory conditions.

Funded Projects

Our funded projects encompass:

  • High Performance Computing for Applied Artificial Intelligence,Federal Ministry of Education and Research, 2021-2023.
  • 5G-assisted autonomous vehicles for public transport in rural areas, Federal Ministry of Transport and Digital Infrastructure, 2021-2023.
  • Follow-up financing Zentrum Digitalisierung Bayern, Bavarian State Ministry for Science and Arts, 2021-2024.
  • MR4MobileWork - Multimodal Mixed Reality for mobile knowledge workers, Bavarian State Ministry for Science and Arts, 2021-2023.
  • OMiBiB - Optimization and minimization of biocide use in building materials, Bavarian State Ministry for Science and Arts, 2021-2023.
  • Roadmap flexPro: Roadmap for flexible production of customer-specific products, European Fund for Regional Development (EFRE), 2018-2021.
  • SmartVHB 2020. Virtuelle Hochschule Bayern. 2019-2020.
  • Artificial Intelligence and the Society of the Future – Planning Grant. Volkswagen Foundation. 2019-2020.
  • SmartVHB 2019. Virtuelle Hochschule Bayern. 2018-2019.
  • Sciencecampus E-Commerce AR/VR Laboratory. Bavarian Ministry of Economic Affairs and Media. 2018-2019.
  • Virtual Reality-based Text Entry. 8.Technology Alliance Upper Frankonia. 2019.
  • Direct funding Baur Versand GmbH & Co KG, 2019.
  • MR4VIFED: Mixed Reality für virtual Commissioning and Remote Support with continuous data usage. Bavarian Ministry of Economic Affairs and Media. 2018-2019.
  • Direct funding Wöhner GmbH & Co. KG, 2018.
  • Direct funding Brose Fahrzeugteile GmbH & Co. KG, 2018.
  • Direct funding Fraunhofer Gesellschaft, 2018.
  • Direct funding Wöhner GmbH & Co. KG, 2018.