We develop and build boards for the world of IOT and energy efficiency.

 

Our know how, well-established for the design of electronic systems, can count on an ongoing research activity, that allows us to keep the lead in establishing efficient and innovative solutions.

If it’s true that 50 billions of nodes will be connected to Internet within the year 2020 and that less than 10% will make use of cell technology, we’ll need long range and very low-power radio systems for sensor networks of smart cities, smart counters, security systems, industrial control and smart house softwares.

We develop low cost radio solutions incorporated within battery nodes made with LoRa and Sigfox technologies. We also study, design and build machines and smart electronic systems in order to augment energy efficiency, save energy and tweak new technologies so to use the already existing ones in a rational way.

 

Solutions materialise in the form of smart softwares, that implement automation, monitoring and control and reduce the environmental impact.

 

Remote control platform to manage public lighting plants. The system allows the real-time control of the brightness of every lamp (or just a subgroup) via web interface. This brings energy saving, operating costs optimisation, service improvement.
Systems that employs battery-operated remote sensors and wireless communication to monitor in nearly real-time whether some parking spots are free or not.
Modular solution for the integrated management of infrasctructures, either in the civil or industrial field, with roles of monitoring, automation and remote control, aimed at the energetic and/or maintenance efficiency.
Modular solution for the integrated management of infrasctructures, either in the civil or industrial field, with roles of monitoring, automation and remote control.

Smart Enviroment Early Warning Emergency

Multi-parameter monitoring and correlation systems for multimodal events for the preemptive alerting of natural calamities and quick setup of emergency response via Wireless Sensor Network (WSN), able to detect changes in some inertial variables, gas concentrations, humidity, rainfall, and more.