IoT systems
| IoT type | Description |
|---|---|
| Internet of Things (IoT) | An information network is composed of numerous interconnected things including sensors, actuators, controllers, human operators, etc. [39]. |
| Industrial Internet of Things (IIoT) | The use of conventional IoT concepts in industrial applications [39]. |
| Internet of Medica Things (IoMT) | Medical things with the facility to transfer data over a network without demanding human-to-human or human-to-computer interaction [40]. |
| Internet of Vehicles (IoV) | A decentralized network of vehicles allowing the utilization of data generated by linked automobiles and Vehicular Ad Hoc Networks (VANETs) [38]. IoV is outfitted with sensors, software, and technologies linking and exchanging data over the Internet following agreed-upon standards [41]. |
| Internet of Drones (IoD) | An infrastructure aiming to offer control and access to drones and users over the Internet. Drones are quickly becoming commonplace commodities, allowing each user to fly many missions in regulated airspace [38]. |
| Social IoT (SIoT) | Modeling the internet-worked devices based on relationships among humans and common tasks [39]. |
| Internet of Services (IoS) | Uses the internet as a medium for offering and selling services [39]. |
| Internet of People (IoP) | Considers humans as part of the network structure rather than just data sources. People act as a part of the network management services [39]. |
| Internet of All (IoA) | Includes not only traditional IoT but also humans as a fundamental element [39]. |
| Internet of Everything (IoE) | Connects humans, data, processes, and entities to enhance business communication and facilitate employment, well-being, education, and healthcare among various communities of people [39]. |