In recent years, the growth of the Internet of Things has grown so prevalent that it has become more and more integrated into our daily lives, and continues to do so even at this very moment. It has become so widespread that even large industries are implementing the technology of IoT on a large scale to help with processing and production of various items and materials. Technologies such as smart sensors and powerful analytical systems can assist in making quick decisions to maximise the efficiency in production in these industries. Here’s how some industries are putting these technological advances to good use.
According to UN reports, by 2025, approximately 1.8 billion people worldwide will be living in areas of absolute water scarcity. To overcome this problem, IoT vendors have come up with a solution in the form of IoT Smart Water Management: a system including smart water meters, detectors, and irrigation methods to ensure precise control and surveillance over the data of water resources. This allows for efficient and optimized management of water companies, and also for the better conservation of water.
Oil and Gas Industry
For years, the oil and gas industry has faced many problems such as leakage and similar issues. Most of these issues have been caused by situations where the maintenance of locations and equipment were not up to standards due to external causes such as negligence or natural disaster. However, with the introduction of IoT into the industry, these problems have since been easily eradicated by means of technology. With the inclusion of IoT in the oil and gas industry, the production of oil can be captured in real-time with the help of embedded sensors. This will facilitate the gathering of pertinent information from assets allowing real-time decisions with greater accuracy.
The transportation industry has greatly benefitted from IoT technology in recent years. From pollution reduction to self-driving vehicles, the Internet of things has greatly revolutionised transportation for the better. The growth of IoT can be most clearly seen in the auto industry, where features like asset tracking, traffic management, optimized routes, driver behavior and more have been implemented to boost efficiency and safety in transportation.
Healthcare is a vast ecosystem and has adapted to the Internet of Things very rapidly. In healthcare, there is a large amount of both static and dynamic data that needs to be monitored and analysed. With the technology of IoT, comprehensive healthcare systems can be maintained with ease via predictive maintenance. Also, through the use of sensors and wearable technology, patients of certain diseases can be monitored and have their health data examined to help with finding a solution to these diseases and developing preventive methods.
IoT also has many uses in the mining industry, which are being put to advantage more and more in recent times. Machinery and mechanics designed collect and analyze data on the mining efforts are being implemented to eliminate wastage and improve efficiency. Problems such as mine landslide and equipment failure are commonplace in the mining industry and require specific data and countermeasures to prevent future issues from happening. IoT enables real-time data to be monitored so that such issues can be detected from early on and eradicated as soon as possible. This allows for minimal wastage of resources, and saves time in the process of production. As IoT enables miners to move from reactive to proactive maintenance, it also reduces the asset downtime and cost of operations.
For the hospitality industry, service is everything. Promptness and efficiency are key in ensuring that the customer gets a satisfactory experience. IoT, with its revolutionary technology, is able to provide hospitality businesses with the the ability to boost the quality and the speed at which their services are provided to the customers. This leads to better service, and in turn creates a better and more satisfying customer experience. IoT sensors allow for preventive maintenance of service facilities to be more efficient, birthing the possibility of predictive maintenance. These sensors recognize hazardous trends and sends an alert for proper maintenance before an issue can escalate.