I liken the pace at which technology involving artificial intelligence and robots is developing, to that of an object rolling unhindered down a hill or perhaps an out-of-control skier on a steep slope: they both speed up enormously over time – although the skier will likely be making a lot more noise! In the case of AI and human-like robots, the pace is astonishing, with the lines between them and reality becoming progressively more blurred… challenging our ability in some cases to tell the difference between the two. This concerns a lot of people but perhaps not so much as the idea that the technology will one day become so clever that it will take over our jobs. When it comes to cleaning, AI and the robots themselves can take over jobs in a good way, transforming the lives of many of those ‘at the sharp end’ (the cleaners) hugely. Being able to tell people you’re a ‘cleaning robot minder’ or ‘robot technician’, or even a ‘programmer’, will command a great deal more respect than telling them you’re a cleaner – or the more politically correct, cleaning operative. Perhaps it shouldn’t, but it does… And until we started researching and putting together this feature, I’d had no idea of the many incredible improvements AI and robotics could bring to the whole operation and just how clever everything really is. It’s been a real eye opener.

Apparently the jobs of those in the creative industries are under threat. I’d argue this one, since creativity tends to improve with passion: something that – for now at least – AI can’t experience and thus emulate. As this is a robotics feature, John Austen and I thought we’d have a bit of fun and share with you the results of John asking an AIChatBot to produce a 400-word piece on ‘The rising role of robotics in cleaning’. My personal view is that while the AI version had some valid points, it was a bit waffly and repetitive - but it does sum up what comes out in the feature: robots do a good job and the technology needs to be embraced. I preferred mine, but then I would, wouldn’t I? What do you think? Would you have been able to tell that the second piece had been produced by AIChatBot if I’d not told you?

Jan Hobbs: While training in journalism under the sponsorship of IPC in the late 80s, I was responsible for the 'Automation & Control' and the 'Health & Safety' columns in a large circulation magazine. Back then the editorial team thought the two went hand in glove, since while we could see the benefits of the former, we were aware of the pitfalls - and that safety had to be a major consideration when designing and using these systems which were so far advanced of anything we'd worked with before and far more complicated than most of us could comprehend. I still chuckle when I recall a press launch during which we watched a beautifully constructed miniature Stonehenge cleverly taken apart by a robot and gradually transformed into part of London's skyline... well this had been the idea - but something had either gone wrong with the programming or perhaps one of the pieces had been jogged out of place, and everything started to go haywire. The robot carried on regardless and the whole thing became a shambles. I don't think there was anyone in the room who didn't marvel at the wonders robots could bring to us while at the same time being convinced that they needed the brightest minds to get the best from them and ensure that they did what they were programmed to do, without the potential hazards created by human interference.

I also toured a number of production lines, where I marvelled at robots, working in mesmerising unison, building cars and the like. Having previously worked in the offices of a manufacturing company, I knew just how soul-destroying life could be for those stuck on a production line all week and could see that these robots had an important part to play in the manufacturing process. However, I never envisaged them becoming so mainstream that they'd one day be making such an enormous difference to our cleaning processes... that they would become so 'clever' that they could be left to meander around public areas without fear of damage to their surroundings or potential injury (or worse!) to human beings – and ‘return to base’ for recharging! But that’s not all they can do…

Welcome to Cleanzine's first Robotics feature. I've really enjoyed this one... I've learnt so much about how far things have come over the past few decades and how much difference the technology - and the truly brilliant minds of those who developed it - is making and will make in future, to our industry. The mind, as the saying goes, boggles! Happy reading!

AIChatBot: In recent years, the rapid advancements in technology have revolutionised numerous industries, and the cleaning sector is no exception. With the advent of robotics, traditional cleaning methods have been complemented and, in some cases, even replaced by intelligent machines. From robotic vacuum cleaners to autonomous floor scrubbers, these cutting-edge devices are transforming the way we approach cleanliness and hygiene. In this introduction, we will explore the growing significance of robotics in cleaning and its implications for the future.

One of the primary reasons for the increasing adoption of robotics in cleaning is the desire for efficiency and productivity. Traditional cleaning processes often require significant manpower and time, which can be costly and inefficient. However, robotic cleaners are designed to streamline these tasks by automating repetitive actions. Equipped with sensors, cameras, and advanced algorithms, these machines navigate through spaces, detect dirt and debris, and effectively clean surfaces without human intervention. This not only saves time but also frees up human resources to focus on more complex cleaning tasks.

Moreover, robotics brings enhanced precision and accuracy to the cleaning process. These machines are programmed to perform specific cleaning actions with utmost consistency and attention to detail. By eliminating the human margin of error, robotic cleaners deliver superior cleaning results, ensuring every nook and cranny is thoroughly sanitised. This precision is particularly crucial in environments where cleanliness is of utmost importance, such as hospitals, laboratories, and food processing facilities.

Another significant advantage of using robotics in cleaning is the potential for cost savings and resource optimisation. While the initial investment in robotic cleaning equipment may be higher than traditional methods, the long-term benefits are substantial. These machines operate efficiently, reducing the need for consumables like cleaning chemicals and water. They also minimize the risk of accidents, damage to property, or injuries to workers, thus reducing associated costs. Additionally, robotic cleaners can operate during off-peak hours, optimising energy consumption and reducing utility bills.

Furthermore, the integration of artificial intelligence (AI) and machine learning algorithms in robotic cleaning devices has unlocked a realm of possibilities. These machines can adapt and learn from their environment, allowing them to become smarter and more efficient over time. By analysing data and patterns, they can optimize cleaning schedules, detect areas that require extra attention, and even predict maintenance needs. This intelligence-driven approach not only enhances cleaning effectiveness but also facilitates proactive maintenance, extending the lifespan of the equipment.

In conclusion, the use of robotics in cleaning is rapidly transforming the industry, offering increased efficiency, precision, cost savings, and intelligent capabilities. As technology continues to advance, we can expect to witness further innovations in this field. From small-scale robotic vacuum cleaners that navigate our homes to large-scale autonomous robots that sanitize vast commercial spaces, the future of cleaning lies in the realm of robotics. Embracing these advancements will undoubtedly lead to cleaner, healthier environments while optimising resources and productivity.

Cleanzine Feature - Robotics - July 2023