Facts to Know about Robotic Process Automation

RPA stands for robotic process automation, which is an automation technology that uses robotics and/or artificial intelligence (AI). RPA is regarded as the future of automation testing, with a distinct methodology and numerous advantages. It differs from the conventional automation method, which is carried out with the help of a test automation tool such as QARA Enterprise, Katalon Studio and Ranorex.

These tools are AI-powered, allowing them to intelligently analyse the user's behaviour on the applications. RPA has a wide range of features and is widely regarded as the future of automation.

Robotic process automation (RPA) is a form of business process automation technology that uses software robots (bots) or artificial intelligence to automate business processes.

A software developer creates a set of actions to automate a task and connects to the back-end framework using internal application programming interfaces (APIs) or a dedicated scripting language in conventional workflow automation tools. RPA systems, on the other hand, create an action list by watching a user perform a task in the application's graphical user interface (GUI), and then automate those tasks directly in the GUI. This will lower the barrier to using automation in goods that don't have APIs for this reason otherwise.

RPA tools are somewhat similar to graphical user interface testing tools in terms of technology. These tools often automate interactions with the GUI, often by repeating a series of user-delivered demonstration behaviour. RPA tools vary from similar systems in that they enable data to be managed through various applications, such as receiving an invoice via email, extracting the data, and typing it into a bookkeeping system.

10 Facts about RPA

• The most intriguing aspect of RPA is that, unlike traditional automation technology, it needs little effort from the QA team. Traditional automation technology includes writing test steps and automating them with the aid of a scripting language or API. RPA is smart enough to automate test case execution simply by watching QA practitioners execute the measures on a standard user interface (GUI).
• RPA can be comparable to the GUI research that QA practitioners use today, but it is much more sophisticated and advanced technology with far greater capabilities.
• RPA technology is one of the most easily implemented new technologies in 2020. However, when it comes to RPA implementation, scalability is one factor that needs to be addressed.
• It's a technology that uses "modelling" robots to model or mimic the test steps that QA professionals perform. It will be fascinating to see what possibilities RPA has in store for the future.
• It all comes down to teaching the machine to be able to learn the flow of work while also familiarising it with the various rules that must be followed for effective automation.
• RPA allows computers to log into websites and apps in the same way as humans do, and also send and receive emails without the need for human interaction.
• Within the next 2 years, a staggering 72% of organizations will be implementing RPA in one form or the other, according to Gartner.
• In 2018, RPA was named the fastest-growing Enterprise software technology in the market, and it continues to soar to new heights.
• Experts predict that RPA will dominate the digital domain by the end of 2020.
• Migration to the Cloud and, at the same time, semantic computing will be the foundations of RPA implementation.

So, those are some important robotic process automation (RPA) facts to be aware of. It's a smart technology with a lot of potential, and we're confident that RPA can open up several more doors in the future that we can't even imagine right now.