Rpa Robotic process automation

Robotic process automation (RPA) is the application of technology that allows employees in a company to configure computer software or a “robot” to capture and interpret existing applications for processing a transaction, manipulating data, triggering responses and communicating with other digital systems.
Any company that uses labor on a large scale for general knowledge process work, where people are performing high-volume, highly transactional process functions, will boost their capabilities and save money and time with robotic process automation software.
Just as industrial robots are remaking the manufacturing industry by creating higher production rates and improved quality, RPA “robots” are revolutionizing the way we think about and administer business processes, IT support processes, workflow processes, remote infrastructure and back-office work. RPA provides dramatic improvements in accuracy and cycle time and increased productivity in transaction processing while it elevates the nature of work by removing people from dull, repetitive tasks.

Some of the Robotic Process Automation Vendors:

  • Automation Anywhere,
  • Blue Prism
  • Contextor
  • EdgeVerve Systems
  • Kofax
  • Kryon Systems
  • NICE
  • Pegasystems
  • Redwood Software
  • Softomotive
  • UiPath
  • WorkFusion

The technology of RPA can be applied specifically to a wide range of industries.
Process automation
Technologies like presentation-layer automation software – a technology that mimics the steps of a rules-based, non-subjective process without compromising the existing IT architecture – are able to consistently carry out prescribed functions and easily scale up or down to meet demand. Process automation can expedite back-office tasks in finance, procurement, supply chain management, accounting, customer service and human resources, including data entry, purchase order issuing, creation of online access credentials, or business processes that require “swivel-chair” access to multiple existing systems.
IT support and management
Automated processes in the remote management of IT infrastructures can consistently investigate and solve problems for faster process throughput. RPA can improve service desk operations and the monitoring of network devices. Separating scalability from human resources allows a company to handle short-term demand without extra recruiting or training.
Automated assistant
As in voice recognition software or automated online assistants, developments in how machines process language, retrieve information and structure basic content mean that RPA can provide answers to employees or customers in natural language rather than in software code. This technology can help to conserve resources for large call centers and for customer interaction centers.
Key Features
• Cost Reduction
• Accuracy and Quality
• Cycle Time and Cash Flow
• Better Customer Experience and Increased Revenue
• Technology and IT Independence
• Simplicity and Quick Time to Benefit
• Scalability and Flexibility
• Insight and Analytics
Robotic Process Automation:
Robot is a software application that replicates the actions of a person who interacts with a computer system’s user interface. The execution of data entry in the SAP system or indeed a complete end-to-end business process will be a specific activity for the software robot. The software operates on robot user interfaces (UI) in a manner that is a human; It is an important departure from traditional forms of IT integration, which is historically based on application programming interfaces ( APIs) . The type of machine-to-machine communication based on the data level that operates on the architectural layer Contains UI

Historical development:
As a form of automation, the same concept has been in the form of screen scrapping for a long time, but RPA is considered an important technical development of this technique that new software platforms are emerging that are mature enough, flexible, large Scalable and reliable to make this approach viable for use in scale enterprises
Deployment
The hosting of services also aligns with the metaphor of a software robot, with each robotic instance having its own virtual workstation, just like a human worker. The robot uses keyboard and mouse controls to perform actions and execute automatons. Normally all these actions take place in a virtual environment and not on the screen; The robot does not need a physical screen to operate, but interprets the screen electronically. The scalability of modern solutions based on such architectures is largely due to the advent of virtualisation technology, without which the scalability of large deployments would be limited by the available capacity to manage physical hardware and associated costs. The implementation of RPA in commercial enterprises has demonstrated dramatic cost savings compared to traditional non-RPA solutions
Code-free
does not require programming skills Business Operations Employees – People with expertise in content and subject matter skills, but using RPA tools within a few weeks independently,
Many platforms offer a Flowchart Designer, such as Microsoft Visual: The definition of the process is created by drawing a graphical window through a window that represents the step in the process.
Non-disruptive
Traditional IT One of the challenges of control is that the change or change of existing systems is very complicated and risky. In this way, larger organizations are reluctant to redesign, replace or replace current systems with the creation of new IT interfaces (or APIs). For this reason, philosophy behind is to justify and alter those changes where they are not sworn, (or to actually give such a change the ability to be prototype d and tested, simply input equals by the user’s interface / Following the output of the
tools inclined to “light” IT requirements and do not, for example, underpinning underlying computer systems. Robot as a user, in the same way as the user interfaces, the user interface has the access control mechanism, finally the user computer system So that no underlying system programming is needed. This is an important point, because from the point of view of security, quality and data perfection, the UI of many applications inputs many years’ needs and is testing for error prevention, data entry and security access control. By creating a new API, it is a dangerous substance to bypass a UI and its extensive testing needs to be maintained that the same level of functionality and security is handled.
Business User Friendly
The lesser requirement for easier access to and technical support may make it clear how adoption takes place usually in business processes and not within the Information Technology (IT) departments. [8] Because RPA projects do not need to invest in expensive IT skills and new platforms, but with a business commercial case for automation the economic threshold is considerably reduced.
The future RPA is subject to much speculation, as early as the majority accepts the new technology and practices and find new activities. Possible future trends may include:
A convergence of support tools and RPA, much in a way that the difference between support and workflow tools are now Blurred. The acquisition Open Span in 2016 by Pega systems is probably just one early indication of such a trend.
Greater in Artificial Intelligence (AI) Further decisions and inferencing. Much in the way of analyst speculation,

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Training Course :

ROBOTIC PROCESS AUTOMATION CONCEPTS :
➢What is Robotic Process Automation
➢Natural language processing and RPA
➢How Robotic Process Automation works!
➢Why to automate repetitive tasks/process
➢RPA Solution Architecture Patterns – Key Considerations ➢Input Data Handling Solution Pattern
➢Exception Handling
➢Transaction Logging
➢Credential Management
➢Secure Execution
➢Monitoring and Reporting
➢List of Robotic Process Automation Tools
➢Robotic Process Automation Tool selection Checklist

Module 1 – Introduction to Automation – Part 1
Welcome to the Introduction to Automation modules. There is a lot to become familiar with, so we have divided this introduction into two parts.
Part 1 provides definitions of Automation, and reviews relevant aspects of Business Operations Automation, including Robotic Process Automation, Cognitive Automation, and Front and Back Office Automation.This course will inform and enable automation professionals to speak confidently and compellingly about Intelligent Automation. This course includes multiple modules, including:

  1. Introduction to Automation – Part 1
  2. Introduction to Automation – Part 2
  3. Automation Market
  4. Automation Drivers
  5. Automation Economics
  6. Automation Challenges
  7. Automation Strategy
  8. Automation Implementation

Module 2 – Introduction to Automation – Part 2
Part 2 discusses IT Automation, and Application Development Automation. In addition, a series of comparisons highlight the differences between commonly used Automation terms and other adjacent technologies.Introduction to Automation Part 2 Learning Objectives
Define IT and Application Development Automation and contrast them with Business Automation.Compare and contrast Business Process Management and Automation.Compare and contrast Automation and Analytics.Compare and contrast Automation and Macros.Welcome to the Market module of the Automation Essentials course. This Market module examines the size of the Automation market, the size and industries of organizations implementing Automation solutions, and the key use cases that drive Automation adoption.

Module 3 – Automation Market
Welcome to the Market module of the Automation Essentials course. This Market module examines the size of the Automation market, the size and industries of organizations implementing Automation solutions, and the key use cases that drive Automation adoption.

Module 4 – Automation Drivers
Welcome to the Automation Drivers module. This module examines what factors trigger the interest in Automation, what are the key drivers of adoption, and what are the challenges that can be encountered in Intelligent Automation initiatives.

Module 5 – Automation Economics
Welcome to the Automation Economics module. This module examines how Automation has a positive influence on cost and revenue in service-oriented enterprises. Automation reduces FTE headcount, and a host of related costs. At the same time, Automation allows businesses to handle a greater volume of business, with improved quality, governance, and compliance.
Economics Module – Learning Objectives
Estimate the range of cost savings Automation brings to operations in low-cost locales
Estimate the range of cost savings Automation brings to onshore operations
Identify the typical payback period for an investment in Automation
Drivers Module – Learning Objectives
Rank and characterize the drivers for Intelligent Automation adoption
Recognize the circumstances that trigger Intelligent Automation adoption
Identify impediments to Intelligent Automation adoption

Module 6 – Automation Challenges
Welcome to the Automation Challenges module. This module examines the challenges organizations face when integrating Intelligent Automation technology into their business. Rapid evolution of technology means that operations teams can quickly improve their performance and set their organizations on the digital journey. It also means that organizations face a number of challenges in adopting Intelligent Automation.Challenges Module – Learning Objectives
List the challenges to effective governance of Intelligent Automation
Explain the change management process for Intelligent Automation
Describe the skills necessary to implement Intelligent Automation successfully
Highlight primary issues that the Information Technology (IT) organizations face in adopting IA capabilities

Module 7 – Automation Strategy
Welcome to the Automation Strategy module. This module examines Automation strategy, the game plan that addresses critical Automation success factors including process excellence, governance, technical skills, and sustainable deployment.
Strategy Module – Learning Objectives
List the critical elements of Automation strategy
Describe the balance of Automation Strategy control and autonomy
Compare and contrast the four models of Automation Center of Excellence (CoE)

Module 8 – Automation Implementation
Welcome to the Automation Strategy module. This module examines Automation implementation, the approach by which Automation projects are delivered quickly and correctly using an Agile approach. An agile implementation life-cycle works best for implementing Intelligent Automation projects. Experience implementing combined Cognitive and Robotic Process Automation (RPA) projects reveals a 12-week agile implementation approach delivers sound results.
Implementation Module – Learning Objectives
List the stages of an Automation implementation
Identify the key deliverables of the Agile Kick-off
List the key activities of the Processing work track

Blue Prism Training

The Blue Prism provides the users with wide range of services and various resources that include
• Data Sheets
• Product documentation and guides
• RoadMap Information
• Software Downloads
• Training, tutorials and templates
• Discussion formats
• Help Desk

What will you learn in this course?
Upon completion of Blue Prism Training , aspirants can be able to
• Enhances skills in Blue Prism Infrastructure, Installations and Administrative services
• How this Blue Prism works and areas of RPA’s
• Infrastructure and Installation models
• Leverages skills in Java Access Bridge and Login Agent
• Essentials and setup for the Blue Prism
• Blue Prism Administration
• Skills in User, Roles and Permission

Blue Prism Platform has the important functionality to meet the strict standards to insist upon for security, change management, control, scalability, robustness and scheduling. The new Digital workforce helps to improve Organizational Operational governance and transactional integrity.

Blue Prism Course Content :-

• Introduction to RPA & Blue Prism
o What is RPA?
o Tools Used for RPA
o Blue Prism Setup
• Process Studio
o Running a Process
o Process Validation
o Decision Stage
o Calculation Stage
o Data Items
• Process Flow
o Circular Paths
o Breakpoints
o Collections and Loops
o Pages
o Layers of logic
o Debug Mode – Step in/out/over
• Inputs and Outputs
o Input and Output Parameters
o Data Item Visibility
o Data Types
o Start Up Parameters
o Process Outputs
• Business Objects
o Object Studio
o Business Objects
o Action Stage
o Inputs and Outputs
o Process Layer
• Object Studio
o Application Modeller
o Spying Elements
o Attributes
o Launch
o Wait
o Timeouts
o Terminate
o Write
o Actions
o Action Inputs and Outputs
o Data Item as Inputs
• Error Management
o Exception handling
o Recover and Resume
o Exception Bubbling
o Exception Blocks
• Case Management
o Work Queues
o Queue Items
o Work Queue Configuration
o Defer
o Pause and Resume
o Filters
• Advanced Features
o Collection Actions
o Choice Stage
o Logging
o Process Grouping
o Data Item Initialization
o Casting
o Code Stage
o Attribute Match Types
o Dynamic Attributes
o Environment Locking
o Application Manager Mode
o Global Clicks and Keys
• Case Study :
o Windows Application, MS Excel VBO, Create Excel Instance, Write to Collection, Loop through Collection, Insert into SQL Database, Interaction with SQL Server Database, Exception handling, Email Utility

Automation anywhere

By the end of Automation Anywhere Course , aspirants can be able to do
• Aspirants can be able to create and maintain automated marketing campaigns
• Tracking of Customer Behavior using analytics
• Consistently bring the requirements of Organizations functions to meet business esteems
• You can easily work on any sectors like Finance, Banking, BPO and retails etc
Practical Knowledge of each and every module in automation anywhere

AUTOMATION ANYWHERE Course Content:

➢Introduction to Automation Anywhere
➢Understanding the Features and Benefits
➢Verifying Automation Anywhere System Requirement
s ➢Creating a Task Using the Task Editor
➢Anywhere Monitor
➢Preparing and Installing the Automation Anywhere Client
➢Privacy and Security
➢Getting Started with the Automation Anywhere Client
➢Types of Variables
➢Recording an Automation Task
➢Recording, Editing and Running Tasks
➢Adding Properties to a Task
➢Using Special Keys
➢Creating an Automation Task
➢Recording Web Actions with Web Recorder
➢Extracting Data from Websites
➢Extracting Regular Web Data
➢Extracting Pattern-Based Data
➢Extracting Table Data
➢Standard Recorder
➢Object Recorder
➢Task List&Setting Task Properties
➢Viewing and Setting General Properties
➢Setting up Hotkeys for a Task
➢Setting Security Features for a Task
➢Scheduling Tasks to Run
➢Adding Triggers to a Task
➢Deploying Tasks to Run Remotely
➢Debugging Tasks
➢Using Filters in the Task Editor
➢Different Commands

UIPATH TOOL Course Content:

UiPath Training Curriculum

Introduction

The User Interface
Keyboard Shortcuts
Updating UI Path Studio
Connecting your Project to a Source Control
Enabling Tracing
Creating a Basic Workflow
Introduction to Debugging a Workflow
Managing Packages

Types of Workflows

Sequences
lowcharts
State Machines

Variables

Managing Variables
Naming Best Practices
The Variables Panel
Types of Variables
Generic Value Variables
Text Variables
True or False Variables
Number Variables
Array Variables
Date and Time Variables
Data Table Variables

Arguments

Managing Arguments
Naming Best Practices
The Arguments Panel
Using Arguments

Imported Namespaces

About Imported Namespaces
Importing New Namespaces

Control Flow

About Control Flow
Control Flow Activities
The Assign Activity
The Delay Activity
The Do While Activity
The If Activity
The Switch Activity
he While Activity
The For Each Activity
The Break Activity

Recording

About Recording
About Recording Types
Automatic Recording
Example of Automatic Recording with Basic and Desktop
Example of Automatic Recording with Web
Manual Recording

UI Elements

About UI Elements
UI Activities Properties
Input Methods
Example of Using Input Methods
Output or Screen Scraping Methods
Examples of Using Output or Screen Scraping Methods

Data Scraping

About Data Scraping
Example of Using Data Scraping

Selectors

About Selectors
Selectors with Wildcards
Full Versus Partial Selectors
UiPath Explorer

SAP Automation

How To Automate SAP Applications

Mainframe and Terminals Automation

How to Automate Mainframe and Terminals

About Orchestrator

Why This Course OPEN SPAN ?
Accenture, Witness, S1 Corporation, Nexidia, American Express and many more top IT Companies are now preferring OpenSpan certification
OpenSpan is a Robotic Process Automation tool based on .NET framework. It can be used as stand-alone or it be integrated by visual studio by using its plug-in
OpenSpan Certified Professional average salary is $80,000 per year, non-certified Professional salry is $65,000 per year (Indeed.com)

Open Span TOOL Course Content:

1.RECOMMENDED PRACTICES FOR SOLUTION BUILDING
Developing OpenSpan Solutions and Projects
Defining Windows Adapter Design Properties
Working with the Windows Adapter
2.RECOMMENDED PRACTICES IN SOLUTION DEVELOPMENT
Working with OpenSpan Automations
Working with MDI Child Windows
Interaction Framework
3.WORKING WITH INTERACTION FRAMEWORK
Working with Activities and Active MDI Windows
Web Integration – OpenSpan Training
Defining Web Adapter Properties, Events, and Methods
Using the Web Adapter
4.INTERROGATING A WEB APPLICATION
Working with Web Adapter Match Rules
Automating the Training Web Site
Agile Desktop and Deployment
Using the Agile Desktop Framework
Building Project Files
5.DEPLOYING OPENSPAN SOLUTIONS
Using Configuration Project Items
Using OpenSpan Management Console
Diagnostics and Debugging
6.DEBUGGING OPENSPAN PROJECTS
Using Studio’s Diagnostics Publishers
Handling Errors

Why Work fusion ?

WorkFusion's Intelligent Automation empowers enterprise operations to digitize. WorkFusion combines all of AI-powered capabilities that global businesses need to digitize into enterprise-grade products purpose-built for operations professionals. Operations teams at data-intensive organizations, such as global banking and financial services companies, healthcare and insurance providers, and BPO firms use WorkFusion Intelligent Automation to become leaner, more productive and agile.

WorkFusion Course Content

  • Introduction to WorkFusion RPA
  • Future Scope of RPA
  • Training strategies
  • Basics of robotics
  • Automation benefits and concepts
  • Practical implementation of RPA
  • Learning methods

Contact Details:

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Phone: 0091 040-6456 8797

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