If humans must survive on earth and continue to advance and make developmental progress, then we must continue to work, because work is very crucial to our continued existence, and many aspects of our lives are tied to it. From getting what to feed on to developing technologies that would make our lives easier, there are just too many reasons why humans must work.
Unfortunately, however, there are often exposures to too many risks of life-threatening and other types of devastating accidents in workplaces, both for workers and employers of labor alike such that workers often lose their lives in the course of their jobs. Likewise, organizations are often put at the risk of folding up because of accidents that occur in the process of work.
To tackle these issues and ensure better and safer work environments for everyone, very many safety procedures and regulations have been put in place by government organizations, company management, and individual workers. Yet, risk management is still a quite difficult challenge in many, almost all industries today.
In fact, it is reported that about 178 work-related accidents occur in every 15 seconds, and approximately 2.78 million deaths are recorded every year resulting from work-related accidents. These unfortunate occurrences tell devastatingly on businesses. The United States Department of Labor reports that an estimate of about $170 billion is being spent on injuries that are related to work accidents every year.
The good news though is that with the invention and development of IOT and AI in today’s world, it seems like finally, there is a real solution to this long-standing problem of safety issues in workplaces and the risk of accidents and injuries while at work have been drastically reduced. In this article, we will discuss how the IoT and AI technologies contribute to providing workers safety while at work. But firstly, let’s look at the meaning of these technologies.
What Does Artificial Intelligence Mean?
Artificial Intelligence in its simplest definition entails the ability of computerized devices and robots to perform cognitive functions and other tasks that are normally and usually linked with such intelligent beings as humans. For instance, big brand companies such as Amazon, Facebook, Apple, and lots more make use of Machine Learning which is an aspect of Artificial Intelligence to calculate and direct their algorithms to become more specific to individual customers’ needs and to also improve customer satisfaction. Some examples of these Artificial Intelligence driven technologies are Google Maps, Alexa, etc. Bigger manufacturing plants in their own cases make use of machine learning and robots to facilitate their operations in the factory.
What Does IoT Mean?
Many people have come up with different connotations for the meaning of IoT which stands for Internet of Things, but in its simplest definition, Internet of Things entail the concept of being able to connect different devices to the internet or their selves with the specialized help facility. For instance, with the invention of Wi-Fi technology, it has become effortless to connect different devices to the internet, even in workplaces. Devices and work appliances such as your refrigerator, television, coffee maker, etc. can now all very easily be interconnected and even access the internet as a result of the IoT function.
How IoT and AI Can Help to Boost Workers’ Safety in Their Workplaces
Most times, the causes of accidents and other dangerous risks in industries and other workplaces are human-related, ranging from human errors to negligence, lack of preparation, incompetence, etc. These factors can be divided into two categories which are; internal and external factors. To get an effective solution to workers’ safety in workplaces, these factors must be adequately addressed. And here is where IoT and AI come in.
IoT and AI technologies in workplaces are very instrumental to driving risk management and workers’ safety approaches from reactive maintenance to predictive maintenance, owing to their ability to gather better environmental and asset data, to precisely analyze and compare the gathered information, and to predict high risk areas where work accidents might occur if not checked.
These functions allow humans to make more informed and precise decisions concerning their workplace safety, as well as other work-related issues. Ultimately, this will lead to safer working environments for company workers, and it is definitely set to advance the interests of work organizations and human life at large.