Internet Of Things Applications Examples. FutureUniverseTV Presents 9 examples of Smart Technology.
In English, the Internet of Things, or IoT, refers to the connections between objects and humans over the Internet. Because Internet of Things technologies can be adjusted to almost any technology that can provide relevant information about its own operation, about the performance of an activity, or even about the environmental conditions that can be monitored and controlled from a distance, they are applicable to a wide variety of applications.
Today, many companies from a wide variety of sectors are adopting this technology for the purpose of simplifying, improving, automating, and controlling a wide range of processes. In the following section, we present some surprising practical applications of the Internet of Things.
1. Wearable technology. In recent years, we have been using wearable devices such as virtual glasses, fitness bands that monitor, for example, calorie expenditure and heart rates, or GPS tracking belts. Internet of Things technologies have been developed and introduced into our daily lives by companies such as Google, Apple, Samsung, and others. In addition to being small and energy-efficient, the devices are equipped with sensors, hardware for measurements and readings, as well as software for collecting and organizing information about users.
2. Considering your health. Doctors can monitor a patient’s condition outside the hospital using wearables or sensors connected to the patient. By continuously monitoring certain metrics and providing automatic alerts related to vital signs, the Internet of Things contributes to improving patient care as well as preventing lethal events in high-risk patients. A second application of IoT technology is in the development of smart beds, which contain sensors that monitor vital signs, blood pressure, oximeters and body temperatures, among other things.
3. Monitoring of the traffic flow. The Internet of things can play an important role in the management of vehicular traffic in large cities, contributing to the concept of smart cities. As a result of the use of our mobile phones as sensors, which collect and share data from our vehicles through applications such as Waze or Google Maps, we are utilizing the Internet of Things to inform ourselves and, at the same time, contributing to traffic monitoring, displaying the conditions of the different routes and feeding and improving the information regarding the different routes to a given destination, the distance, and the estimated arrival time.
4. Management of fleets. By installing sensors in fleet vehicles, it is possible to establish a high degree of interconnectivity between the vehicles and their managers, as well as between the vehicles and their drivers. With the use of the software that collects, processes, and organizes the data, both the driver and the manager or owner of the vehicle can be kept informed of all kinds of details concerning the status, operation, and needs of the vehicle. You may even receive real-time alerts regarding maintenance incidents without the driver being aware of them. Using the Internet of Things to manage fleets is beneficial for assisting with geolocation (and thus monitoring routes and identifying the most efficient routes), performance analysis, telemetry control, fuel savings, the reduction of polluting emissions to the environment, and providing valuable information for improving vehicle driving.
5. The agricultural industry. It is a fact that smart farms exist. It is crucial for farmers to maintain good soil quality in order to produce good crops, and the Internet of Things offers them the opportunity to access detailed information and valuable information about their soil condition. It is possible to obtain significant amounts of information on the state and stage of soil through the use of IoT sensors. A number of chemical characteristics, including soil moisture, acidity, nutrients present, temperature, and many others, are used by farmers to control irrigation, maximize water use efficiency, specify the optimal time for sowing, and even identify diseases in plants and soil.
6. The hospitality industry. IoT applications in the hotel industry have resulted in significant improvements in service quality. It is possible to automate various interactions with guests using electronic keys that are sent directly to their mobile devices. Consequently, it is possible to easily manage activities such as the location of guests, the sending of offers or information regarding activities of interest, implementing orders to the room or room service, automatically charging the guest’s account or requesting personal hygiene supplies through integrated applications that utilize the Internet of Things. A check-out process using electronic keys is automated, disabling the operation of doors and offering immediate information about rooms, as well as assigning housekeeping duties to maintenance staff.
7. Developing a smart grid and reducing energy consumption. It is possible to monitor and control the electrical network better by using intelligent energy meters, or meters equipped with sensors, and installing sensors at strategic locations from the production plant to the distribution point. It is possible to obtain information of enormous value for the detection of faults, decision-making, and repair of faults through establishing a bidirectional communication between the service provider company and the end user. Additionally, it enables the end user to receive valuable information regarding their consumption patterns and the optimal methods for reducing or adjusting their energy consumption.
8. The supply of water. As a result of incorporating or adjusting a sensor externally to water meters and connecting it to the Internet as well as downloading the necessary software, data can be collected, processed and analyzed in order to understand consumer behavior, detect faults in the supply service, report results and provide recommendations to the provider of the service. Finally, it lets final consumers track their own consumption information on a web page, in real time, and they get automatic alerts if their consumption goes out of range from their average, which could mean there’s a leak.
9. The management of maintenance. IoT technology has been applied extensively in the field of maintenance management, which is one of its most extensive applications. With the combination of sensors and software specialized in CMMS/EAM maintenance management, a multifunctional tool can be developed that can be applied to a diverse range of disciplines and practices, while maintaining asset reliability and availability while extending the useful life of physical assets. If the software that is responsible for processing and arranging the data collected by the sensors is designed specifically to address the maintenance management needs of physical assets, the applications are almost limitless. By monitoring physical assets real-time, it is possible to determine when measurements are out of range, requiring condition-based maintenance (CBM), or even applying Artificial Intelligence (AI) algorithms such as Machine Learning or Deep Learning to predict failures before they occur.
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