Software development for a novel device.
Customer: BMBF
Techniques: C#, WPF, Visual Studio 2019, Entity Framework, Scrum, Jira, Git, OpenCV.
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Cadida was awarded the project at the end of 2020. The development will take place over 3 years in collaboration with 5 collaborative partners consisting of a research foundation, a university and several industrial companies.
This device will allow samples to be analyzed for the presence of specific DNA sequences much more quickly, easily and with greater complexity. For example, the application could test blood samples for the presence of cancer DNA or food samples such as corn for the presence of genetically engineered (GMO) components.
Specifically, our tasks include computer-aided analysis and visualization of the data, creation of the user interface, camera and LED control, image acquisition, image analysis, and presentation of results.
Cadida is also responsible for the design and implementation of the software architecture, data models and interfaces. It develops user stories (use cases) and provides automated tests to verify them to ensure the requirements are met in detail.
We are looking forward to this exciting project, which started in February 2021.
Collaborative Project: Frequency Domain Multichannel Deconvolution for Marker Discrimination in Digital Multiplex Assays (FREEDOM) – Subproject: Design and implementation of the software architecture.
FKZ: 13N15287
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