People with physical jobs often have problems reaching the end of their working lives, and on the other hand people's working lives are extending in almost all countries due to increased life expectancy. Combining both parameters is not easy, despite the existence of exoskeletons and other aids for people who perform demanding physical jobs.
On the other hand, despite the undeniable advances in robotics, people are more flexible and adaptable than robots, and we can adapt better to possible future changes. Helping people to do their physical jobs more easily is a way to enable them to do their jobs for longer with good health conditions.
In this context, Artificial Intelligence (AI) emerges as a powerful tool to extend the working lives of people who perform physically demanding jobs. While exoskeletons and other mechanical aids have provided partial relief, AI offers more comprehensive solutions that go beyond mere physical support.
It is essential to understand that AI, in principle, should not seek to replace workers, but rather complement them. The adaptability and problem-solving abilities inherent in humans are attributes that are difficult for machines to fully replicate. AI, on the other hand, can handle repetitive, dangerous or physically demanding tasks, freeing workers to focus on aspects that require their skill, experience and judgment.
We are already beginning to see different practical applications of AI in demanding work environments:
. Predictive analytics for injury prevention: By analyzing data collected from wearable sensors or smart cameras, AI can identify movement patterns that suggest an elevated risk of injury. This allows preventive measures to be taken, such as adjusting the ergonomics of the workplace or implementing personalized physical training programs.
. Collaborative robots (cobots): Unlike traditional robots that work autonomously, cobots are designed to interact safely and efficiently with humans. They can assist with tasks that require strength, precision or repetitive movements, reducing the physical burden on workers.
. Optimization of logistics and task planning: AI can optimize transportation routes within a warehouse or factory, minimizing the physical effort of workers and streamlining processes.
. Real-time decision support: AI can provide workers with contextualized information in real time, such as the best way to lift a heavy object or the safest route through a dangerous environment.
If these aids reduce injuries (minimizing risks) and occupational illnesses, the working life of workers in good physical condition can be extended, and we will all benefit.
This is a very interesting field for companies to rely on AI to in turn help workers, and I am sure that many companies will be interested in the products that can be offered to them.
On many occasions we have to be able to sense possible new lines of business, and carve out a niche in the market niche as soon as possible.
I'm sure some will do it.
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