RPA (Robotic Process Automation) is a technology integrated with Artificial Intelligence and Digital Transformation to work on the computer system as a human interacts with it. In RPA, human UI Interaction is done using Bots. A Bot is a program which work like a human with the system in order to perform repetitive task. Automating the Repetitive task saves time and money although it provides the accuracy which human cannot maintain by himself working on the same process. These Bots are easy to develop, train, organize and maintain. RPA provides easy integrations with different kind of Platforms and work in an efficient manner. RPA is suitable for every kind of business-like Aviation, Finance & Banking, Insurance, BPO, Telecom, Retail and Manufacturing. RPA focuses more on generating revenue that’s why most of the organizations are adhering RPA and focusing on the process where they can apply it.
It works well with the Traditional IT Infrastructure to automate them using cutting-edge RPA Technology. It reduces the manual Back Office effort and Employees can see the progress reports generated by the Bots and continue with their stuff. RPA will continue generating profit and will be the future of work which we are doing on systems. People will be doing value work rather than just doing their repetitive work.
INTRODUCTION
Let’s consider a real-world scenario where most of the companies are facing challenges with legacy applications. Consider you are maintaining or administrating legacy applications which are hosted on your company’s infrastructure. However, the hardware is aging and requires upgrading in order to support new applications which are being deployed on it.
As the market evolves, you are in urgent need of upgrading your hardware in order to support your business needs. At the same time, your data is growing at a fast pace and requires latest platform and services to keep your business running.
You could upgrade all the hardware, but that’s not appealing for several reasons:
The servers are physically scattered all around the world in different locations. You would like to centralize the upgrade in order to minimize the staff efforts.
Adding new physical servers or services in order to support your business would be a time consuming and cumbersome activity as it involves deployment of all the services. This could be more challenging if your software has different versions of Windows and Linux and requires your deployments to be tested out to ensure everything is working fine.INTRODUCTION
Let’s consider a real-world scenario where most of the companies are facing challenges with legacy applications. Consider you are maintaining or administrating legacy applications which are hosted on your company’s infrastructure. However, the hardware is aging and requires upgrading in order to support new applications which are being deployed on it.
As the market evolves, you are in urgent need of upgrading your hardware in order to support your business needs. At the same time, your data is growing at a fast pace and requires latest platform and services to keep your business running.
You could upgrade all the hardware, but that’s not appealing for several reasons:
The servers are physically scattered all around the world in different locations. You would like to centralize the upgrade in order to minimize the staff efforts.
Adding new physical servers or services in order to support your business would be a time consuming and cumbersome activity as it involves deployment of all the services. This could be more challenging if your software has different versions of Windows and Linux and requires your deployments to be tested out to ensure everything is working fine.
