Robotic Process Automation (RPA) is one of the most common technology for business process automation. This technology allows the quick and, above all, effective automation of standardized processes. However, the breadth of usage is restricted by the need for structured data and programmable decision-making. Yet, this shortcoming can be solved with the application of artificial intelligence.

Robotic Process Automation (RPA) is one of the most common technology for business process automation. This technology makes the automation of standardized processes rapidly and above all, efficient. However, structuring data and programmable judgments are limited to the number of programs. However, the application of artificial intelligence should overcome this shortcoming. In the following, we'll show RPA and AI and how flawless intelligence will help RPA bots to get more intelligent.

RPA – A Future Technology for Standardized Processes

Artificial intelligence is one of the potential topics of the group. The use of technologies makes it easier for consumers to buy reviews, medical reports, and personal search results. Technology is becoming a pillar of digital transformation in more and more places.

The difference between RPA and AI

Due to the undifferentiated use and infrastructure behind the words RPA and AI, it is essential to distinguish between the two technologies:

In RPA, routine, regulatory procedures are automatically processed in a manner that helps to relax workers and make the most of human capital, productive and insightful approach. This lowers RPA costs, as well as accelerates the transformation of emerging technology. The saved capital can then be used to fund new digital projects.

Artificial intelligence is a computer science division that aims to create, using a mixture, of smart devices through the simulation and imitations of decision-making success through different models. In general, we speak of Artificial Intelligence if a machine solves complicated problems that involve the intelligence of the human being. In combination with AI, RPA can simplify dynamic systems integrally and strategically and process unstructured data. The technology is essentially particularly appropriate for process mining, data structuring and cognitive process automation.

So this distinction between them is outlined here:
• Systems based on rules:
• Accessing legacy system data
• Filling in web forms
• Copying data from one system

• Systems that learn
• Learning from human decisions
• Making fast judgments
• Interacting with humans
Software robots can be divided into three types of automation
Robotic Desktop Automation (RDA): is a bot on the user’s desktop that facilitates day-to-day business. The user can often not continue when the RDA is running.

Robotic Process Automation (RPA): RPA is a scalable solution adapted to the user's needs and can also work in the background.
Intelligent Process Automation (IPA): Requires sub-structured data to be stored. IPA uses existing automation solutions for this purpose and extends them with AI modules such as deep learning.

What is the next with RPA?

The RPA shall be generalized to include semantic elements. This includes artificial intelligence features such as OCR, natural language processing (NLP), or deep learning (ML). This allows RPA to mimic human behavior to a certain degree and to make judgments more complex.
The Possibilities of RPA and AI

Many providers have also used a mix of RPA and deep learning. By recognizing and analyzing behavior patterns and assessing human interaction based on historical and current knowledge, the program should benefit from the human user. Furthermore, a robot can also challenge decisions and gain experience. He may also function independently after an intensive learning process.

These smart robots are also very uncommon. The technological options are nevertheless so promising that in the future these robots will be used more and more. Comprehensively new sales and market prospects open up the connection between RPA and IPA.

Since cognitive automation by IPA primarily benefits from self-learning and mastering the analysis of organized and unstructured data. A robust data analytics is possible with the deployment of AI elements. Nevertheless, it must also be pointed out that the knowledge on the instruction of such an autonomous robot is quite vast.

5 Use Cases for Intelligent Software Robots

The combination of RPA, artificial intelligence or machine learning provides a wide range of process automation options. These examples demonstrate the technology's potential applications.

1. Incoming data processing
In general, businesses collect multiple consumer data across a wide range of platforms. Sometimes this data is not organized enough that it needs to be manually entered to be analyzed further. By using different AI features, data can be automatically registered. A machine may thus distinguish between various problems and deliver the knowledge required.
The processing based on RPA will then be carried out. The robot accesses the information needed and processes customer requests. The robot will also forward the procedure to the department concerned for manual analysis if appropriate.

2. Device Data Upgrade
In specific, banks and insurance providers face ever-growing, complex criteria for enforcement. The many heavily manual administrative processes still contain the considerable capacity for error sources. Similarly, software robots are as critical as employee service. The integration of robotics and artificial intelligence leads to a sustainable risk reduction by preventing mistakes, enabling a consumer to be instantly and correctly verified. Smart helpers reduce the risk of theft and improve data accuracy and processing, contributing eventually to better customer loyalty.

3. Consistent experience with consumers
The focus is gradually turned towards the consumer during digitization. Although new clients are considered too costly to obtain, the expense of retaining current clients is very manageable. However, most businesses do not have a client vision in 360 degrees and cannot thus have maximum assistance. The use of RPA and AI is a crucial element in procedural orchestration, by which customer-based procedures from initial customer interaction to the end of case can effectively be controlled and which enables the customer to choose all their desired platforms and formats. It also guarantees that businesses will move from paper to digital business models.

4. Profitability control
More and more utility providers are selling cheaper goods, owing to tough competition. Rentability also plays an important function, however which involves constant supervision. A current device can be called up and evaluated by a virtual robot, which can then be visible in a dashboard. Combined with an IA, prediction analytics are also feasible. Predictive analysis incorporates a range of techniques from data processing, analytics, simulation and machine learning to evaluate current data and make forecasts about the future, such as commodity demand or potential error causes in the product or the subsequent procedure.

5. Fresh consumers onboarding
Self-services also play a significant part in the digital transition. Customers can execute critical processes independently with simple online methods. For data management, records related to the client's master data are especially relevant. Both crucial documents can be sent electronically as an attachment through a consumer portal. For instance, image recognition can be used to read the identification of a customer and the data can be transmitted directly to the master customer data. You will store this text using RPA and make additional code improvements. Possible error causes are removed and customer service efficiency is improved.