Here is everything you need to know about automation and robotics.
Is there a difference between robotics and automation? Many people are unsure if automation is right for them. Whether you should invest in robotics or automation is a common question company owners ask. But what are the differences between them? Are robotics and automation the same thing?
Automation is currently a hot topic in many fields. It can refer to a wide range of things beyond robotics. In this article, let's discuss the differences between automation and robotics.
Which is better for your company: automation or robotics?
First, if you work for a rapidly growing company, you'll undoubtedly consider whether automation or robotics is a good fit for you, and if so, how you'll use it. In short, it depends entirely on your current business structure and requirements.
With that in mind, see if it suits you:
Does your company currently perform any tasks manually that are monotonous, repetitive, and reflect the same process logic?
Are these tasks physical or virtual?
Does your company have any responsibilities that affect productivity?
What are automation and robotics?
The following definition illustrates the fundamental difference between automation and robotics:
• Automation: Automation refers to the use of computer software, machines, or other technologies to accomplish tasks that are normally performed by humans. There are various types of automation, ranging from completely mechanical to completely virtual, and from simple to complex.
• Robotics: Mechanical engineering, computer science, electrical engineering, and other engineering and scientific disciplines are all part of robotics. Robotics is the study of the design, construction, operation, and use of robots, as well as the computer systems that control them, provide sensory input, and analyze data. You program them to perform physical activities (such as lifting, machine maintenance, painting, etc.), and they do these activities on their own.
What is automation?
Many industries are debating whether to automate their various parts. Terms such as robotic process automation, adaptive automation, business process automation, and test automation are frequently used in meetings and discussions. Automation can be divided into two categories: industrial automation and software automation.
Software Automation
If you've read anything about automation on the internet, it's almost certainly about software automation. A computer program is programmed to perform repetitive activities using the same reasoning that humans use when using computer applications.
For example, GUI test automation is a method for testing computer applications. It involves capturing a person's activities while interacting with a graphical user interface. These activities are then repeated to independently test the program after modifications to the core software.
Other forms of software automation include:
• Business Process Automation (BPA): This is technology-driven digitization of business operations. It's implemented to achieve digital transformation, improve service quality, or control costs. It requires integrating applications, restructuring human resources, and deploying software throughout the organization.
• Robotic Process Automation (RPA): Despite its name, RPA has little to do with actual robots. It relates to “software robots” or “robots,” which are pre-programmed scripts that use computer programs in the same way humans use them. They may not always do the work in the most efficient way, but they are easier to integrate into existing business processes and can be deployed in stages, producing immediate results.
• Intelligent Process Automation (IPA): This is a branch of RPA that uses artificial intelligence (AI) to understand how humans perform tasks when using computer programs and to make judgments based on logic, emotion, or past events, just like humans. Therefore, "software robots" can act more intelligently than the rather rigid rules of RPA.
The difference between BPA and RPA is subtle. BPA is like using robotic manufacturing as a comparison, removing the entire manual manufacturing process and replacing it with a fully automated one. RPA is similar to connecting collaborative robots to one of the workstations on the production line. Boston Dynamics is one of the most well-known manufacturers of precision industrial robots, and here we showcase their SpotMini robot.
Industrial Automation
When people talk about "automation and robotics," they are usually referring to industrial automation. Managing and controlling physical processes is at the heart of industrial automation. It requires utilizing physical equipment and control systems to automate activities within industrial processes. Amazon's fully automated manufacturing is an extreme example:
Robots in Amazon warehouses: This is why FBA shipping times are so fast!
In industrial automation, there are several different types of machines. For example, CNC machine tools are widely used in industrial sectors. Only one type of machine is the robot.
What is robotics?
As mentioned earlier, a robot is a programmable device capable of performing a range of tasks independently or semi-autonomously. Sensors and actuators allow them to interact with their physical environment. They are more versatile than single-function devices because they can be reprogrammed. Therefore, everything involving physical robots is referred to as robotics.
Participatory robots are programmed to perform tasks in the same way as humans. Although robots are typically stationary, they still pose a risk of collision with objects or people entering the workplace. If a potential obstacle is detected, the robot can use machine vision or motion detectors to stop what it is doing. This is why there is a growing need for truly collaborative robots (cobots) capable of working effectively with humans. They can now accept commands from people, including commands not anticipated in the robot's initial programming. Robots and humans need a common vocabulary for this, which will likely increasingly be simple speech.
in conclusion
To complicate matters further, some robots are “autonomous,” meaning they can work in real time without direct human supervision, but they cannot be used for automation. For example, a tiny line-following robot can automatically track a line drawn on the ground. However, this is not automation because it is not performing a specific task. A line-following robot, rather than delivering medication throughout a hospital, would be considered automated.
