Innovative Long Life Power Platforms are developed to enable retrofitting of wireless sensor network (WSN) modules in IoT applications. This includes the development of algorithms to perform FUNCTIONALITIES like asset tracking and condition monitoring (for predictive maintenance). eesy-innovation builds WSN and ultra low power sensors nodes with energy harvesting modules for factory process monitoring and smart mobility device fill level.
Integration of trustworthy Edge AI technologies in complex heterogeneous components and systems. Trustworthy AI can help ensure that edge computing systems can make informed and reliable decisions, which is especially important in critical applications like healthcare, autonomous vehicles, and industrial automation.
Innovation in perception using new modalities. Development of AI / computer vision components of a vision pipeline for real-time panoramic environment perception, as well as implement computer vision techniques for region-of- interest (ROI) and field-of- view (FOV) extraction based on data from image sensor and LIDARs
Support renewal of European electronics industry towards circular economy, eco-design, bio-based materials, and material- and energy-efficient manufacturing processes. We work on development of AI algorithms to classify wound types and and can work as an early indication of wounds to prevent it becoming chronic as a part of health use case.
Application-oriented research on AI-based hardware solutions for data evaluation in the areas of autonomous driving, industrial automation and health. eesy-innovation contributes in the imple-mentation of ANN and SNN algorithms and glucose measuring.
Development of a self-supporting, natural, and consistent human-machine interface for automated vehicles using multimodal input and output concepts. We contributed a human-centric controllable lighting solution to the vehicle cabin.
The project aims to develop novel compact models and ultra-compact digital twins. eesy-innovation is responsible for developing data fusion and statistical models based on new AI routines and algorithms and implements AI models for more efficient usage of microelectronic products.
eesy-innovation is taking part in the creation of a Cybersecurity Competence Network to build the European Secure, Resilient and Trusted Ecosystem. The focus of our contribution is on the latest developments in eHealth solutions by implementing a pilot for connecting smart homes with eHealth services and investigate 5G connectivity for ambulances. Furthermore, eesy-innovation covers interesting eHealth trends such as new applications for wearables, and Artificial Intelligence for eHealth as well as end-to-end security in eHealth services.
We are part of an international network to connect STEM education with innovative sports use cases. eesy-innovation is developing throwing gadgets with embedded sensors for measuring throwing parameters and making them visible on devices.
Development of a highly stable, intelligent, recordable, and wirelessly communicating condition monitoring system with automated early leakage detection. We developed data transmission systems and the implementation of a self-sufficient supply system.
On this European project, eesy-innovation is working on new gas sensing technologies in alignment the European Green Deal. We are focusing on sensor integration, communication systems, and application demonstrators.
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