Development of a smart bra integrating printed sensor foil for tactile sensing, enabling early detection of breast cancer through real-time data acquisition and AI-driven analysis.
Smart Bra
Partner Call open until: November 2025
Project Start: Q1 2026
This project aims to enable early breast cancer detection by developing a smart, printed sensor foil that delivers real-time tactile sensing powered by AI-driven analysis.
The project focuses on the following core areas:
- Printed Sensor Foil Development: Design and fabrication of a flexible, lightweight, and biocompatible sensor matrix to detect tissue anomalies.
- Simulations & Modelling: Computational models to optimize sensor placement, pressure sensitivity, and data interpretation.
- AI-based Data Analysis: Machine learning algorithms for pattern recognition and anomaly detection to enhance diagnostic accuracy.
Expected results
- A functional prototype of the smart bra with integrated printed sensor foil.
- Reliable detection of abnormal tissue patterns through AI-driven analysis.
- Optimized sensor positioning and sensitivity based on computational models.
