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Introducing MORPHEUS

Flexible electronics can support continuous health and environmental monitoring, but many current devices remain rigid, bulky, uncomfortable and difficult to recycle. MORPHEUS addresses this challenge by developing a sustainable, ultrathin and modular sensing platform that combines physiological and environmental sensors with flexible energy components and wireless communication.


Our objectives

Modular sensing platformFour connected modules surrounding a sensing core.

Modular Sensors

Develop a sustainable, modular platform for multiparameter sensing

Real time physiological and environmental monitoringA pulse signal combines with a leaf inside a monitoring frame.

Real time monitoring

Monitor physiological signals and indoor environmental conditions in real time

Ultrathin conformable backboneA flexible electronic ribbon with interchangeable sensing modules.

Flexibility

Create an ultrathin, conformable electronic backbone with interchangeable sensors

Flexible energy and low power wireless communicationA flexible battery with an energy bolt and wireless signal.

Energy efficiency

Integrate flexible energy harvesting and low power wireless communication

Scalable and sustainable manufacturingA production line, circular arrow and leaf representing scalable recyclable manufacturing.

Sustainable-by-Design

Use scalable manufacturing and biodegradable or recyclable materials.

Healthcare validationA hospital shield with a check mark representing safety, usability and performance validation.

Safe-by-Design

Validate safety, usability and performance in healthcare environments..

Innovative and advanced materials (IAMs) can enable new technologies and the much-needed paradigm of an electronic device that can adapt to any substrate.

European Commission – Innovative Advanced Materials (IAMs) for Conformable, Flexible or Stretchable Electronics

Substrates and encapsulants

An ultrathin and conformable electronic backbone designed to integrate interchangeable sensing cartridges, energy modules, wireless communication components and a flexible display within a single modular architecture

Plug-and-sense backbone

Sustainable substrate and encapsulation materials developed to provide biocompatibility, flexibility and protection for electronic components while supporting more responsible end-of-life options.

Sensor cartridge prototypes

Interchangeable sensor cartridges for monitoring physiological parameters, including blood pressure, cortisol, temperature and bioimpedance, within the MORPHEUS plug-and-sense platform.

Flexible energy-storage modules

Flexible energy-storage components designed to supply power to the sensing platform while maintaining the thin, lightweight and conformable characteristics required for wearable applications.

Wireless communication

A compact and flexible communication system integrating wireless data transmission and antenna technologies to connect the sensing platform with external devices and monitoring interfaces

Flexible electrochromic display

A thin and flexible electrochromic display providing a low-power visual interface for presenting information generated by the MORPHEUS sensing platform

Platform for healthcare and environmental monitoring

An integrated multiparameter platform combining physiological and environmental sensing for real-time monitoring in hospitals, clinics, long-term care facilities and related healthcare settings.¹

Expected key results

QUESTIONS?

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