Technologies

Tools for Quality Assurance

Methodological and conceptual work at SQC generally goes along with technological realizations. Therefore, scientists at SQC develop both single tools and complete development and test environments. Open source software provides medium- to long-term perspectives for the operative business.

 

EMYtest

Testbed to pave the path towards Next Generation emergency services.

 

Fokus!MBT

Integrated test modeling environment that simplifies the creation of the underlying test model.

 

Security Testing and Fuzzing

Fuzz testing has proven to be an effective technique for detecting unidentified security-relevant faults.

 

Metrino

Metrino is a tool to support the validation and quality assurance of models.

 

ModelBus®

Open source framework for tool integration in software and system development.

 

oupPLUS

Smart Cities ICT reference architecture as a central element for the implementation of standardized Smart City concepts.

 

RACOMAT

A risk management tool which combines risk assessment with security tests.

 

TTCN-3 and UTP

Development of the TTCN-3 test definition language and UML Testing Profile.

 

Formal Verification Methods

Highest standards of safety, functionality and robustness

 

Qrisp

Write complex quantum algorithms with an easy-to-learn, modern syntax and compile them down to circuit level.

 

Perception Lab

The Perception Lab offers a state-of-the-art simulation platform for testing AI systems in the railway sector.

Software solutions for various surfaces

To support advanced user interfaces and assisting systems, Fraunhofer FOKUS' researchers are developing real-time-capable algorithms for visualization, tracking, data fusion and interaction. Besides allowing the output of razor-sharp, brilliant, high-resolution images, those also supply the necessary intelligence for the analysis and fusion of data from imaging sensors. Our technologies are used in projection systems in more than 100 installations worldwide - flight simulators, planetariums, surround cinema and theme parks, for calibration and playout. Our medical-related research focuses on enhancing medical visualization with additional information, on positioning and motion tracking in minimally-invasive surgery assistance systems, on developing medical simulators needed for the development of the surgical devices of the future, and on the creation of the new standards for the real-time capable operation room network.

 

Projector Auto-Alignment

Software for camera-based projector auto-calibration integrated into existing systems, such as media servers and warping boxes.

 

Calibration for camera clusters

Calibration software for camera clusters of almost arbitrary types.

 

Warping and blending for any application

Graphics driver enhancements in collaboration with NVIDIA that enable blending and warping to any desktop application.

 

Digital Dome

Solution for digital dome projection standard projectors and commercially available PCs for high-resolution images.

 

Media server for multi-projector systems

Fraunhofer FOKUS' media server ensures autocalibrated projection on to arbitrarily shaped surfaces.

 

Extended-Reality (XR)-Technologies

Developement and consulting on technologies for augmented, mixed and virtual reality applications – Extended Reality (XR) – for customer-specific use.

Our Partners

This is a selection of companies that use our projection technology components in their installations:

Logo promedia - medien- und studiotechnik
Logo VSimulation - Solutions for Simulations
Logo VIRTALIS - Make virtual a reality
Logo medizinische Fakultät Westfälische Wilhelms-Universität Münster
Logo imsys - immersive systems
Logo BrainSalt Media