The goal of this project was to improve an existing agriculture platform using advanced technologies in order to: 1) Reduce the energy consumption and dimension of the devices, 2) Increase the autonomous work of the devices, 3) Extend the connectivity, 4) Simplify the architecture.

The project investigated the possibility of using artificial intelligence and IoT for the post-market surveillance of medical devices(FUTURE-MD). Such systems have the potential to dramatically improve safety andaccuracy of medical devices that are already used in healthcare institutions.

MARINARA is an experiment based on knowledge transfer between complementary companies to develop a new, open-source, low-cost, and small-sized Unmanned Surface Vehicle (USV) with off-the-shelf water sensors for measuring near-surface water quality in real time for various environments.

Using science and technical advances, Neurofeedback Virtual Reality (NFB VR) is introduced to the medicine and biomedical engineering with an aim to train the brain to prevent or treat many diseases related to anxiety, depression, hyperactivity, attention disorders and to improve certain cognitive functions.

SMartY is an IoT solution for water and energy consumption management. It is able to be seamlessly installed in legacy mooring pillars giving them the ability to monitor the daily utility consumption of each berth vessel. Utilizing edge and cloud computing within IoT, it offers to make water and electricity consumption electronic serviced.

The project EmBRACE addresses the social distancing needs, by a strategic approach of the Greek system integrator “Optionsnet”, through technology transfer from the German ICT solution provider “Telocate”.

Smart4All facilitated a very stimulating collaboration between the RADIUS consortium members and the entire innovation ecosystem. Enabling a new mobility service for hospitality operators is not an easy task, but with the financial and networking help of Smart4All RADIUS was made a success.