Projects
an overview of the individual SEMECO projects
Cross-sectional projects
The cross-sectional projects are the focus and solve fundamental architectural, organizational and technological issues.
Secure and trustworthy system architectures
Together with strong technology partners, this project lays the foundation for a scalable, secure and trustworthy platform for medical microsystems.
Trustworthy communication
This project provides a reliable and trustworthy communication platform for use in the clinical environment and in remote monitoring.
AI-assisted regulation for medicine and cybersecurity
The project partners are developing a modular, AI-assisted framework for the certification of medical microsystems.
Economic transfer and science communication
This project promotes the economic translation of SEMECO concepts and social dialog.
Application projects
The application projects access the core technology according to their specific requirements and transfer the SEMECO concept into practice.
New data transmission technology for computer tomography
This project enables new CT scanner generations by replacing traditional data transmission with a dedicated wireless solution.
RealTime Network – patient-centered data and communication
Further development of a smart patient bell that integrates real-time patient data into a healthcare platform.
Psychoactive multi sensory communication implant
This project creates a revolutionary multimodal communication implant that goes far beyond the functionality of traditional hearing aids.
Active intelligent capsule endoscopy
This type of endoscopy offers adaptive anchoring mechanisms, the ability to take tissue and liquid biopsies and a broadband chemical sensor system for in vivo microbiome mapping.
Additional state funding
The Free State of Saxony is funding five regional application projects. These application projects supplement the innovative pool of ideas in the cluster ecosystem. These include:
Multi-sensory non-invasive voice prosthetics using AI (MUSIK)
This project aims to help people who have become voiceless to regain their own, natural-sounding voice using non-invasive sensor technology and neural networks.
HybridEcho – Microelectronic hybrid systems for ultrasound
HybridEcho aims to overcome the current hardware limitations in ultrasound to enable the translation of innovative waveforms and algorithms from communications engineering to ultrasound imaging.
Medical radar Microsystems
Intelligent patient positioning in precision oncology
The aim of the project is to improve patient safety and precision in the irradiation process using a system based on existing and merged patient data.
