PEGA is a widely popular BPM tool developed on Java concepts. A PEGA developer is a skilled programmer who is responsible for designing and deploying enterprise-level applications of PEGA PRPC.
In India, the average salary of a PRPC developer is around ₹ 75,000 according to research. The demand for PEGA developers is high in the current era. For practical knowledge of PEGA, one can go for PEGA online training from many online platforms.
In this tutorial, we are going to cover the basics of PEGA.
Prerequisites of Pega PRPC
The class composition and legacy of Pega PRPC is due to the following prerequisites that a learner needs.
Firstly, the learner must have a basic knowledge of XML and HTML.
Secondly, they must have an understanding of the logic.
Lastly, they must know technologies like Java or C++.
Pega Tutorial - Table of Contents: |
It is the testing performed on PEGA applications. The Testing Management Framework (TMF), Manual Testing, and Regressive Testing skills perform PEGA testing.
The BPM Pegasystems’ central architecture collected process artefacts, policies, user interface, and requirements at a unique place. Unlike other testing tools like IBM Lombardi or Oracle BPM, Pega does not have separate tools for reporting, process design, integration, requirement gathering, and designing screens.
The core components of the PEGA architecture are:
Case Management Services
On an enterprise scale, case management has the following uses:
Managing human and machine work
Managing data and integrations
Supporting collaboration
Supporting low-code app development
Automating documentation
Business Process Management Services
This service shows that PRPC has the following uses:
Process simulation
Process modelling
Handle routing logic
Manage SLAs
It executes workflows and policies.
Business Rule Services
The business rule services or PegaRules build specific rules for process integration, execution, and monitoring. Businesses can build applications with the user interface on a different Pega technology.
Management Services
It is related to Business Activity Monitoring (BAM), Business Process Analysis (BPA).
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The BPM methodology consists of the following steps:
Analysis: A full study discovers and identifies processes to meet business requirements or improve performance. It gives specifications for design solutions.
Design: The process design involves workflows that consist of human-to-human, system-to-system, or human-to-system interactions. The main objective is to reduce errors and maintain standard operating procedures.
Execution: A business rules engine executes a process model to govern the process execution.
Monitoring: Businesses can monitor processes to collect reporting data during execution for performance, errors, and compliance. Businesses use monitoring to evaluate executed BPM solutions against design models and relevant KPIs.
Optimization: The modelling and monitoring data identifies areas of the solution for improvement. It derives higher efficiency and better value.
BPM tools have several capabilities to serve the core workflow functions:
Workflow management: Users can design, test, and execute complex workflows. It manages interactions between systems, employees, and data. The BPM platform automates many workflows.
Business rules engines: As part of process design and execution, users can create complex sets of business rules.
Form generator: Users can create web forms without programming language or coding skills.
Collaboration: BPM tools support discussion threads, decision management, and idea management.
Analytics: Analytics define metrics and KPs. They also run standard and custom reports.
Integrations: Businesses use data across systems and interfaces through critical integrations.
Examples of BPM software uses
Few examples of processes designed and improved using BPM software are:
Compliance management
Complaint management
Project management or development
Customer requests and service orders
Loan origination
Invoice management
Account management
Employee onboarding
Expense reporting.
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BPM suites help improve business processes. Given below are a few benefits of using BPM software:
It is cost-effective
It ensured regulatory compliance
It increases accountability
It improves engagement with customers and customer satisfaction.
It reduces inefficiencies
It simplifies operations
It improves business agility.
Although BPM has few low-code development capabilities, they are very different. A few of the critical differences between BPM and Low-Code development are:
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BPM |
LOW-CODE |
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The main goal of BPM is to achieve operational excellence in enterprises. |
The main goal of low-code platforms is to speed up the software development and delivery process. |
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Operational efficiency aims to connect all processes and functions within the organization. |
It enabled non-professional developers to build business applications with minimal coding. |
Uses of business process integration software
A business integration process model helps organizations with the following:
Process gaps: BPM integration reduces both errors and delays.
Needless duplication: Duplications waste resources and may result in data inconsistencies. Business process integration avoids duplication.
Disparate processes: A better knowledge of how different methods impact each other.
Real-time visibility: It is essential for effective business performance management programs.
Pega’s BPM suite is a foundation for enterprise business processes. Some of the features of BPM are:
An existing IT infrastructure helps in easy integration.
A service-oriented architecture.
Rules-driven business process integration.
It has intuitive mapping and modelling for business processes.
It delivers a real-time, integrated view of operations across the entire enterprise.
There are five primary phases of BPM. They are:
Model: To identify, define, and create a representation of the complete process for easy understanding and communication.
Execute: To develop and implement the process for performing it repeatedly. Automation must be applied if possible.
Control: To ensure a consistent process flow.
Monitor: To collect meaningful and measurable data to find the process efficiency in delivering the expected value and benefits.
Optimize: To feed the collected data into modelling to determine any further process improvements.
Factors to consider when choosing a BPM tool
The following are factors to consider when choosing a BPM tool:
Cost: BPM software prices can be different depending on factors such as capabilities, user base size, customizations, on-site versus cloud software, etc.
Usability: Poor user experiences slows down the adoption of the BPM tool, whereas intuitive user experiences motivate the adoption. Usability also improves the technical proficiency of the staff.
Integration: Without proper integration, automation is not possible.
Responsiveness: A responsive web design is essential. Many BPMs have built-in mobility capability. It delivers responsive, mobile, and web user experiences.
Hosting: Manpower and technical resources must be available to support on-site hosting. However, cloud hosting offers lower risks and more scalability options.
Advantages of Pega BPM are:
A unified architecture:
Moving into the midmarket
Pega 7
Disadvantages of Pega BPM are:
Although it minimizes the learning curve, businesses must follow Pega’s solution development methodology to access all features of Pega 7. It involves educating and changing the roles of companies, analysts, and IT staff.
Customer references report difficulty finding sufficient resources with Pega 7 expertise.
Pega does not aggressively promote Pega 7 and Pega Express as stand-alone iBPMS platforms.
Larger enterprises have less satisfaction with the cost versus value of the product.
PEGA is useful in developing software for BPM (Business Process Management) and CRM (Customer Relationship Management). Many large organizations in different industries, as well as small businesses, also use PEGA to improve their services and products. A few of the trends in PEGA include AI technology and the digital transformation of applications.
Developers can use PEGA to quickly build many applications that include workflows that are deployed as web services, CRM solutions, developing user interfaces, etc. PEGA offers flexibility in continuous innovation and engaged multi-channel customers. It is reliable and accurate due to its reusability.
The scope of a PEGA developer is very bright. Today many giant tech companies hire these developers, and they are in huge demand.
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