In response to the many developments in technology within businesses, new software tools are being developed to make the workplace easier and more efficient. Robotic Process Automation (RPA) and Intelligent Process Automation (IPA) are two such tools that are now being used by businesses to streamline the way they work. Here we will take a closer look at each tool and see how they can be used to help any business in the long run. Robot Process Automation (RPA) is a software tool that attempts to replicate the actions of a human in a digital environment. It is not intelligent and does not use algorithms to make decisions; rather, it executes instructions that have been programmed into it. It is appropriate for tasks that do not

The research firm MarketsandMarkets predicts that robotic process automation (RPA) and intelligent process automation (IPA) will reach $5.1 billion and $3.5 billion respectively, in 2019. The focus of RPA and IPA are different, however. While RPA deals with “robotic” automation, IPA focuses on “intelligent” automation. The two process automation solutions complement each other, but it’s important for organizations to understand the difference before adopting either one.

In automation, machines take over tasks and processes with little or no human intervention. Every aspect of the industry is automated to some degree. Automation can be achieved through electrical and electronic devices, mechanical and hydraulic means, and even computers. Combined, these different methods make a complete 180-degree turn in the industry and make any process much more efficient and manageable.

Intelligent process automation (IPA) and robotic process automation (RPA) emerged in the industry when different combinations of methods were introduced in different sectors. In this article, we will discuss the following points:

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Robotic process automation or RPA was introduced with the advent of the industrial revolution Industry 4.0. It is a software embedded technology that integrates, mimics and executes human actions using artificial intelligence (AI) and machine learning (ML) algorithms.

RPA is typically used for repetitive and tedious tasks such as data entry, or even dangerous and life-threatening work. RPA increases efficiency and reduces time, delivering error-free results 99.9% of the time.

RPA has become the main link between humans and robots. Robots take care of the precision and speed tasks, while humans take care of the complex and critical thinking tasks. It’s never too late to integrate RPA into a business model, as it’s easily scalable and promising.

RPA does not require major architectural changes for its implementation as it is non-invasive.

Types of robots in RPA

There are two types of robots used in RPA:

  • Visit from the robot: These robots usually work on the same job as humans, as they only perform certain tasks after which human intervention is required. They are under human supervision at all times. These robots are trained for direct and precise control and do not respond to human actions.
  • Robots without supervision: These robots work autonomously and do not require human intervention to perform tasks. Unlike visitor robots, they have their own virtual workspace and rarely require human intervention.

iRobot Roomba 960 – an example of a maintenance-free robot

Benefits of RPP

  • It can work with any application.
  • It has a higher execution speed and offers solid performance.
  • It is capable of imitating human actions and behaviors.
  • The results obtained are generally free of error.
  • He can work without breaks or interruptions, which increases efficiency.
  • As programmed, it works in a very structured way.

In addition to the above, one of the key benefits of RPA is that automation does not require replacing the entire system and application, as RPA can adapt to any workflow and interface.

One of the biggest drawbacks of RPA technology is working with any kind of unstructured data. Unstructured data can basically not be programmed because the data is highly changeable. Intelligent process automation was introduced to overcome this shortcoming.

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Intelligent Process Automation or IPA is a combination of technologies such as artificial intelligence, digital process automation and RPA to control, automate and integrate digital processes.

API is relatively new to address the shortcomings of RPA and hence is also called RPA 4.0. The goal of IPA is not only to mimic human actions, but also human intelligence. It aims for better and more perfect performance without human intervention. The ability to learn from one’s own decisions leads to better quality of work …..

Main components of HDPE

The IPA has three very important elements.

  • Digital process automation (DPA) : DPA is an intelligent process automation technology that evolved from business process management (BPM) technology. DPA offers an interdisciplinary approach to the automation of business processes. It facilitates the identification of areas for improvement and manages the flow of data. He can also make changes quickly if needed.
  • Robotic Process Automation (RPA): Since IPA is an extension of TSP, TSP plays an essential role in justifying the operation of IPA. RPA increases the efficiency of the model. Because RPA can mimic people, it reduces manual and time-consuming tasks.
  • Artificial Intelligence (AI): AI increases the intelligence of the model. It can analyze and recognize data in the most efficient way, even better than humans. The AI module also learns from past mistakes or decisions, understands how they affected the IPA model, and therefore makes smarter decisions in the future.

Benefits of the IPA

The benefits of the IPA are as follows.

  • It can coordinate and integrate the work of robots, systems and people.
  • It can handle unstructured data, including images and videos.
  • Easy to make at high speed.
  • Freedom from routine and tedious and sometimes a little difficult tasks.
  • Seamless operation with good process control.
  • Full accessibility and visibility of the disability identification process and pathway.
  • Orchestration (control and automation) of work between robots.
  • Reduction of operational costs and risks.

IPA has taken automation technology to the next level and today solves virtually every automation problem. It is very effective and supports businesses much better than RPA, as its drawback is its inability to deal with unstructured data. Moreover, the IPA makes human intervention completely unnecessary, as it is not just a robot, but an intelligent robot.

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IPA is derived from the fundamental roots of RPA, but is also very different from it. The differences between RPA and IPA are as follows.

Parameter Robotic Process Automation (RPA) Intelligent process automation (IPA)
Originating from It’s a robot integrated into a software. It is a combination of existing technologies
Comparison with human capabilities He can imitate human actions and behaviors. It can imitate human actions and intelligence.
Types Visited and not visited robots Unattended robots
Human intervention After a certain time, human intervention is usually required. No human intervention is required.
Building blocks It primarily uses screen scraping (extracting data from the web and documents), workflow automation (reducing repetitive tasks through automated management tools) and artificial intelligence to operate. It uses technologies such as RPA, artificial intelligence, digital process automation, natural language processing (NLP) and data mining.
Decision-making He doesn’t have the ability to make decisions. Has the ability to make decisions when needed.
What does it automate? It automates tedious, repetitive and time-consuming processes. It automates repetitive processes and decision-making processes to meet industry challenges.
Data It can only work with structured data It can efficiently process both structured and unstructured data.
Better than people? It’s a pre-programmed robot. It cannot surpass a human in any task. He learns, recycles and improves when solving and implementing specific solutions.

The difference between IPA and RPA

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To some extent it can be said that the IPA is the future of the TSP as it takes over all the functions that the TSP lacked. Since API is a relatively new field, there are still many challenges and opportunities for growth.

With the further application and exploration of this technology, a new era of automation will dawn in the future. Contrary to the common misconception that robots are taking over our jobs, TSPs and IPAs have created far more jobs than they have replaced. Intelligent process automation has made things easier for many industries and companies, and there is still much to do. As automation progresses, so will the number of human jobs.

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Creative nerd, TT player, avid reader, and engineering student.

This source has been very much helpful in doing our research. Read more about intelligent process automation examples and let us know what you think.

Frequently Asked Questions

What is the difference between RPA and intelligent automation?

We can expect to see a lot more of intelligent automation in future, but the contrast between RPA and intelligent automation is really quite stark. While RPA’s focus is on automating tasks, intelligent automation is more interested in accomplishing outcomes. Here’s a convenient breakdown: RPA: Automation of tasks can be performed manually Intelligent Automation: Automation of outcomes can be performed manually Some people think that intelligent automation and RPA are the same thing. Others have heard of them both and are unsure of how they differ from each other. And still others have never even heard of either of them. To figure out which RPA is right for you, you need to know the differences between intelligent automation and RPA.

What is Intelligent Process Automation IPA?

Intelligent process automation (IPA) has two main components: a software application that can simulate user actions and software that is able to catch exceptions. The software application simulates user actions, by being able to capture and replay user actions as a script. The software that is able to catch exceptions is intelligent in that it is able to find and correct exceptions, thus improving software quality. Intelligent process automation (IPA) is the use of technology to handle repetitive tasks and processes. It is an automation solution to help manage and complete complex tasks across multiple systems and platforms. It is capable of integrating with multiple business systems, platforms and services, and external systems to process, manage and automate the workload. Intelligence assists in the decision-making and process completion. Once a trigger occurs, the system will begin an automated task that is based on the business rules.

What is the main purpose of Intelligent Process Automation IPA?

Intelligent process automation is the application of artificial intelligence and machine learning to streamline back-office administrative tasks. This involves using information technology to automate manual, repetitive processes. These tasks, such as data entry or transaction management, are often structured and predictable, making them ideal candidates for automation. Part I: While some businesses have been using automatic systems for many years, the concept of an intelligent process automation system (IPA) is new to some. Essentially, intelligent process automation systems automate the processes that support the business, in a way that is smarter and more effective than a traditional system.

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