The world of robotics is changing and evolving. This field has exciting developments, from self-driving cars to drones and robots in the home. But what should we be looking out for in the next few years? This article will take you through 8 key trends that will change how we interact with robots in 2022-23.
More Emphasis on Ease of Use
Ease of use is a crucial consideration when it comes to robotics. As the technology becomes more affordable and accessible, ease of use becomes even more critical for businesses and consumers.
For businesses, ease of use means deploying robots in a way that enables them to perform tasks more effectively than humans can. For consumers, ease of use means being able to operate devices with minimal training or understanding. It makes them valuable and helpful around the house. Finally, developers want their creations to be easy enough for anyone, even non-programmers, to use. In this way, they can focus on the functionality.
Focus On Smart Factories
A smart factory is a factory that uses automation and real-time data to improve the efficiency of manufacturing processes. Future smart factories will be safer, cleaner, and more flexible than traditional factories. In recent years these intelligent factories have been the most efficient operators in the motor and automobile industries. The systematic construct of these factories is phenomenal. They have a seamless operation of hardware development, robotics & automation, which has proved efficient and made things much faster.
In a smart factory, machines are connected to an industrial network that enables the communication between devices and people. The goal is to make all processes more efficient by automating them while improving safety through better tracking materials. For example: if one machine needs a part from another to produce its product, it can be alerted when running low on details. So someone can get another one for them or coordinate with another team member who has spare parts at hand.
It means less downtime for broken equipment. You won’t need someone there watching over everything all day long just in case something breaks down. Instead, your system knows what’s happening at all times. It’s constantly monitoring how much material each machine needs and whether any other processes need attention or not.
Establishing Better Network Security in Robotics
Currently, just 10% of manufacturing jobs are carried out by robots, but by 2025, that percentage is predicted to reach 25%, states Fortune. But the rise of robotics has brought with it some new challenges. For example, security is one of the biggest challenges facing robotics today.
One solution is “secure software development,” which means you should never let anyone hack your system or take control of your bots by using lousy code. You should also ensure that your devices don’t allow remote access through an insecure connection like Wi-Fi or Bluetooth. If someone can connect to your robot remotely, they could easily hack into its software and steal information.
The other main security challenge for robots is building systems resistant to cyber attacks from hackers who want to take over their networks repeatedly.
More Usage of Multi-Purpose Robots and Cobots
Cobots, or collaborative robots, are more intelligent and capable than their predecessors. They are designed to work alongside humans quickly and efficiently. The cobot revolution is upon us as they are becoming increasingly popular in the workforce.
Cobots can be programmed in several ways, including voice recognition and machine learning technology. It allows them to adapt and react quickly based on how humans interact. Cobots also consume less electricity, making them cheaper to run than traditional industrial robots.
In addition to these benefits, cobots offer increased safety compared with other types of automation solutions. It is because they move at slower speeds than traditional industrial machines. As a result, it allows workers easy access if any issues arise during use without risking injury from moving equipment nearby posing a danger.
Establishing Robot Interoperability
As the robotics industry grows and more companies enter the space, the need for interoperability will become increasingly important. Interoperability ensures that robots can communicate securely with other systems without compromising data privacy and security. The IEEE 1687 standard is one such example. Its measures can be used to ensure that autonomous vehicles can share information, such as traffic conditions or hazards on the road.
This year we expect to see more organizations creating standards around this technology. As a result, they can improve their offering regarding customer experience and cost savings by removing unnecessary manual labor from processes. These could be the likes of supply chain management (SCM).
Increasing the Usage of Delivery Robots
Robots are already being used to deliver goods in several countries across the globe. For example, Amazon is testing “Delivery Robots” that can operate at their warehouses to deliver packages to customers. In addition, they can use these robots for other tasks like cleaning up the warehouse and monitoring inventory levels. Similarly, Alibaba has also started using similar delivery robots for their warehouses.
This trend is expected to grow even further over the next few years, with more companies adopting this technology into their operations and developing new ways of using it. Such as autonomous drones or self-leveling 5th wheels for door-to-door deliveries instead of just dropping off packages at residential locations.
Robotics as a Service (RaaS)
Robotics as a Service (Raas) is growing in popularity, and for a good reason. Globe Newswire reported that its market share in 2028 is expected to increase to USD 44 billion. But what was shared in 2021, you may say, was last year; your answer is USD 14.4 billion. The numbers are staggering but not surprising as the robotics industry is the stronghold on which our future is built.
The technology allows companies to bring the benefits of robotics and automation to their business processes. Companies would not require investing heavily in purchasing, integrating, configuring, and maintaining these expensive systems. RaaS is similar to Software-as-a-Service (Saas). Still, instead of providing access to applications online over the internet through cloud computing, it allows access to robots. These robots perform automated tasks on demand or at scheduled intervals.
Robotic Process Automation (RPA)
Robotic Process Automation, or RPA, is a software tool that automates repetitive tasks. Industries like healthcare, financial services, and retail can use this technology. It’s used to automate processes like data entry, customer service inquiries, etc., which humans usually do.
RPA can be used to reduce costs and improve efficiency in the automation of these processes by eliminating the need for human resources to perform these tasks. Even though this is a relatively new concept in the market, it has already made waves with its ability to boost productivity levels for companies.
The Possibilities Are Endless
Robotics is an exciting field that’s constantly changing. From self-driving cars to healthcare robots, the possibilities are endless. The futuristic world of robotics is on its way, and it won’t be long before we see these trends in everyday life. We hope this article has helped you gain insight into the robotic trends to watch out for in 2022-23.