Industrial Internet of Things

An IIoT system, through the interconnection between all internal and external devices and the real-time collection of information from the field, allows a customer to implement solutions including:

• Geolocation systems
• Control systems and measurement of operating parameters of devices, machines, plants
• Performance analysis of single machines but also of entire supply, production, packaging and distribution lines

IIoT is a technology that is taking on a key value in Industry 4.0, with some application areas such as:

• Home Automation i.e. technology applied to homes;
• Robotics: i.e., engineering and technology that allow robots to "come to life," make robots do tasks now performed by humans;
• Avionics: i.e., technology applied to aircraft and piloting, such as aircraft communication systems, autopilot, etc.; and ;
• Automotive Industry: that studies new applications for cars, and "smart car", that is able to drive by itself and assist the driver
• Biomedical Industry: that is the IoT applied to medicine, such as remote management of patients, up to surgery done remotely;
• Telemetry: which deals with developing the transmission of data and information.