Technologies

The MED3D project stages the rapid prototyping phase of 3D-mockups and implements both the simulation platform for surgical procedures and interface modules with users, as well as involved companies and institutions.

Specifically, the project optimizes diagnosis and treatment patterns of heart disease through the development of products and services based on 3D-printable models of the heart; these technologies act as a tool to support surgical simulation.

The CircularPonic project has led to the implementation of a pilot system integrated with monitoring systems functional to the aquaponic production chain: this allows a transition towards circular economy models. Indeed, the integrated aquaponic platform will solve industrial issues arising from the build-up of waste and byproducts resulting from several production chains (agrarian, wine sector, animal breeding chain, construction and food industries).

The COMMITMENT project develops smart T-shirts equipped with IoT sensors constantly monitoring citizens’ health and wellness conditions.

The project does not intend to replace the traditional treatment and rehabilitative approaches, which remain a high-priority. However, COMMITMENT aims at filling a crucial gap that exists in the social and healthcare system by taking preventive actions; therefore, through and advanced online-coaching system, the project seeks to keep an ever-growing number of people active and healthy.

The Home IoT project implements a smart IoT-sensor client-server system for health protection. The project aims at improving the quality of life of senior citizens, as well as people suffering from chronic diseases; in this respect, the system is capable of detecting health-risk situations, subsequently sparking automated countermeasures. In particular, the service offered by Techinnova is concerned with preventing avoidable accidents or life-threatening domestic oversights through operations automatically undertaken by the Home IoT system – such as turning off the gas tap.