Salesforce Certified MuleSoft Hyperautomation Developer (Mule-Dev-202) Exam Questions

Salesforce Certified MuleSoft Hyperautomation Developer Exam Objectives

1. 1

   1.0 Employ best practices when using hyperautomation: (20%)

   • 1.1Given a scenario, identify the correct tools to use for a hyperautomation solution.
   • 1.2Model suitable tests and create data to test an end-to-end hyperautomation solution.
   • 1.3Implement key common design patterns for communicating between Salesforce, Anypoint, Composer, and RPA.
   • 1.4Employ typical fault handling approaches for each tool involved in the hyperautomation process.
   • 1.5Identify scenarios and techniques for reuse.
   • 1.6Identify velocity of development based on hyperautomation tools and use case complexity.
2. 2

   2.0 Use Composer to automate data integrations in a hyperautomation project (12%)

   • 2.1Given a scenario, connect systems using a Composer flow and connectors, and map and retrieve data in action steps.
   • 2.2Given a hyperautomation scenario, implement the appropriate flow controls including If/Else blocks and For Each loops.
   • 2.3Given a hyperautomation scenario, transform data using number, string, and date functions and formulas.
   • 2.4Test Composer flows to ensure they work as expected.
3. 3

   3.0 Design, build, and manage MuleSoft RPA processes used for hyperautomation: (17%)

   • 3.1This area covers the lifecycle of RPA processes within MuleSoft RPA Manager, including assessment, creation, deployment, initiation, performance tracking, and issue resolution.
4. 4

   4.0 Design, build, and manage MuleSoft RPA processes used in hyperautomation: (17%)

   • 4.1Evaluate an RPA process in MuleSoft RPA Manager.
   • 4.2Perform general RPA process development tasks including designing, building, and testing RPA processes.
   • 4.3Deploy RPA processes.
   • 4.4Monitor and troubleshoot RPA processes.
5. 5

   5.0 Use Salesforce Flow to build hyperautomation workflows: (13% )

   • 5.1Given a hyperautomation scenario, build the appropriate flow using Salesforce Flow.
   • 5.2Work with Einstein Bots to automate customer service.
   • 5.3Create tests for record-triggered flows with Flow Testing.
   • 5.4Given a scenario, connect Salesforce flows with other APIs.
   • 5.5Identify the basics of Salesforce flows that are applicable to hyperautomation implementation.
6. 6

   6.0 Use Anypoint platform to deliver, and manage APIs in a hyperautomation project: (15%)

   • 6.1Describe composable building blocks (that is, APIs/Specs) and how to consume them in a hyperautomation implementation.
   • 6.2Summarize Anypoint Platform hyperautomation capabilities and high-level components.
   • 6.3Describe Mule application deployment options.
7. 7

   7.0 Use Anypoint Platform to monitor hyperautomation API endpoints: (7%)

   • 7.1Using hyperautomation best practices to determine how to manage APIs using basic endpoint configurations, proxy endpoint configurations, and policies.
   • 7.2Describe Anypoint Monitoring for applications and APIs.
8. 8

   8.0 Use Anypoint Exchange to catalog (publish), share, discover, and reuse assets: (8%)

   • 8.1Publish assets to private and public Anypoint Exchanges.
   • 8.2Test APIs using the Anypoint Exchange mocking service.
   • 8.3Given a hyperautomation scenario, employ Anypoint Exchange best practices.
9. 9

   9.0 Use Salesforce Flow Orchestrator to build parallel, multi-user, multi-step workstreams: ( 8%)

   • 9.1Combine multiple automated workflows into a coordinated process.
   • 9.2Customize entry and exit conditions for evaluation flows.
   • 9.3Assign interactive steps to groups or queues.
   • 9.4Debug, deploy, and manage Flow Orchestration.