Internet of things applications are devices that connect to the Internet and can be monitored or controlled remotely. These are used in a wide variety of fields such as smart home automation, healthcare, energy and manufacturing. The most popular IoT application is the smart home, which allows users to control devices like connected thermostats and lighting systems with their computers or smartphones.
Other consumer IoT applications include wearables, which allow users to track their fitness activities and health. Devices such as the Fitbit Charge 5 can measure data including steps, floors climbed and calories burned and sync with computers and smartphones through wifi to display the data in understandable charts. Smart watches are also popular consumer IoT applications, with many models allowing the user to access music and make calls on their wrists.
Enterprises use IoT to reduce operating costs, improve customer experience and streamline supply chain operations. IoT sensors collect data from a large number of connected devices that can be analyzed using machine learning algorithms to automate processes and provide insights that would not be possible with manual analysis. The technology can be used to monitor assets, detect unforeseen maintenance needs and optimize performance of equipment. IoT internet of things applications can also increase first responder response times during emergencies and track workers in hazardous environments to prevent accidents.
IoT is transforming the energy industry by improving efficiency, economics and reliability. For example, a smart grid utilizes IoT technology to monitor the electricity network from production plants to distribution points and enables significant savings by eliminating unnecessary power consumption.
Manufacturers also benefit from IoT by using sensors to track product location and conditions. Whether it’s RFID or GPS, a sensor can track a shipment from the factory floor to the destination store and provide information on travel time, weather conditions and environmental exposure. This helps a company optimize its supply chain and ensures that customers receive the best quality products.
Cities can also benefit from IoT as it helps to control the growing problem of pollution. The technology can monitor and analyze data including vehicular emissions, weather conditions, air flow direction, traffic levels and more to identify areas where pollution is a problem and take measures to address it.
IoT is being used in the medical field to help improve patient monitoring and care. For example, IoT devices in hospital rooms can be used to monitor patient vital signs and send alerts if the patient’s condition changes, helping doctors better diagnose and treat patients.
IoT is also helping to improve the world’s infrastructure by enabling smarter cities. IoT sensors can monitor street lights, bridges and sewage treatment plants, helping city officials to optimize their operation and save money. The technology can also be used to track construction sites and monitor traffic to improve safety. In addition, IoT can help track workers in hazardous environments such as mines, oil and gas fields, chemical plants and power stations to improve worker safety.