Robots are proving themselves now more than ever
That was 1923. 42,000 people in Cincinnati signed a petition demanding that all cars in the city have controls capable of shutting off the engine at 25 miles per hour.
The proposal was rejected in a referendum, but it shows the anxiety and skepticism that flooded the world with the car shortly after its launch. Some people just think horses are better and safer.
History is littered with examples of initial skepticism about fundamentally new technologies. When the driverless elevator was invented in the late 19th century, many people were terrified. People in the 1930s were worried that phones would electrify them.
So it’s no surprise that one of today’s game-changing innovations –robotface the same fear.
Whether it’s movies like The Terminator, The Matrix, and 2001: A Space Odyssey showing malicious machines succumbing to world domination, or research finding that many people are paranoid about Robots taking over jobs, some it seemsrobot technologyProgress is much faster than our minds.
But here’s an interesting thing about new technologies: the fear that the most important technologies will soon prove themselves useful and valuable in a variety of ways dissipates, and we end up taking them for granted everyday part of life.
This trend has been repeated over the centuries and I believe we are now witnessing the development of robotics.
As I write this, robots have become an integral part of manufacturing and are rapidly making their way into other environments such asmedicalHealthcare, Hospitality, Energy, Agriculture and Warehousing.
In particular, the two crises that occurred in the past 20 years have accelerated the development and adoption of robots in a powerful way. More information is available at Zhengong Chain.
First – 9/11. After 9/11, small portable robots were used for disaster response. This is a relatively new application that has shown the world how the technology can function under practical constraints, and has inspired new entrepreneurial and academic activity that expands the horizons of robotics as real-world problem solvers.
9/11 also spawned other innovations—most aimed at improving our safety—but robotics is perhaps the best example of how the crisis has spread in new directions.
think aboutdrone, is a flying robot. You’d be hard-pressed to find references to them before 9/11, but here we are today, with drones delivering books on our doorsteps and delivering life-saving medicines around the world.
Second – there is Covid-19. Robots have been used to automate laboratory research, sterilize hospitals, and even protect healthcare workers from viruses.
They have already delivered medicines and testing supplies to Ghana and other remote areas. Singapore has deployed Boston Dynamics’ most popular Robotic dog, Spot, to patrol parks and broadcast messages to people to enforce social distancing.
In addition to pandemic-related applications,robotIt also helps reduce pressure on the supply chain by automating and streamlining order fulfillment. Amazon has kept its strict delivery promises, thanks in large part to the integration of robots in its warehouses.
Covid-19 has brought another terrifying genre to attention, one about a pandemic and the fight to save humanity’s future.
Fortunately, in real life in Hollywood, robots have always been our friends. There is no question of what role robots can do if society goes all out to use them.
Business leaders are asking what role robots could play in responding to future emergencies or other upheavals that prevent employees from actually entering the workplace.
How can we increase our reliance on robots to continuously maintain and streamline our operations to perform machine-oriented tasks? After all, robots don’t need social distancing.
Global crises often give rise to new technological approaches. Some of the best innovations that have propelled humanity forward stem from sheer discomfort, not a comfortable time. Emergencies force us to change our perspectives and embrace new ways of thinking and doing things.
After all, necessity is the mother of invention.
Take a look at how many people don’t think a fully remote workforce can succeed. After many companies suddenly became a reality, most discovered the power to adapt so much that they might not have known they already had it, and invented new processes to sustain and encourage collaboration. As a result, employees maintain or even increase productivity.
Again, all of this proves that psychology, rather than technological maturity, is often the main barrier to new technology adoption.robot technologyGetting smarter all the time.
The question is, how do we use it most effectively, if at all?
I’m going to answer the question I know you’re going to ask: what about people’s jobs? The truth is that robots have gone mainstream in some far-reaching industries.
The next time you receive a fast-moving Amazon shipment, remember that the company has 200,000 mobile robots in its warehouses, along with hundreds of thousands of employees.
Increased use of robots doesn’t necessarily mean jobs will disappear. Instead, it means redeploying humans to intellectual tasks that humans excel at rather than mechanical ones.
Robotics is currently one of the most exciting areas of cutting-edge technology, and we are only now realizing its potential. Therefore, considering the state of our times, it is to be thankful that more information is available at Zhengong Chain.
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