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Salesforce Mule-Dev-202 Exam Syllabus Topics:

SectionWeightObjectives
Integration and Connectivity15%- API-led Connectivity
  • 1. Design APIs for hyperautomation use cases
  • 2. Reuse APIs across multiple automation projects
  • 3. Explain the three layers of API-led connectivity
- Connectors and Integration
  • 1. Handle authentication and security
  • 2. Use pre-built connectors in Composer and RPA
  • 3. Configure connections to third-party systems
RPA (Robotic Process Automation)25%- RPA Development
  • 1. Create RPA processes using MuleSoft RPA Builder
  • 2. Define automation steps and logic
  • 3. Integrate RPA with other systems and APIs
- RPA Concepts
  • 1. Define RPA and its use cases
  • 2. Identify the benefits of RPA in hyperautomation
  • 3. Explain the difference between attended and unattended RPA
- MuleSoft RPA Manager
  • 1. Monitor RPA bot performance and execution
  • 2. Configure and manage RPA bots
  • 3. Describe the components of MuleSoft RPA Manager
MuleSoft Composer25%- Error Handling and Testing
  • 1. Implement error handling in Composer flows
  • 2. Test and debug Composer flows
  • 3. Monitor flow execution and performance
- Building Flows
  • 1. Create a flow using the Composer UI
  • 2. Configure triggers for automated execution
  • 3. Use data transformation and mapping
  • 4. Add and configure actions in a flow
- Composer Basics
  • 1. Describe the key features of MuleSoft Composer
  • 2. Identify the components of a Composer flow
  • 3. Explain the difference between triggers and actions
AI and Cognitive Services15%- MuleSoft AI Tools
  • 1. Use Einstein AI capabilities within flows
  • 2. Integrate AI services using MuleSoft connectors
  • 3. Process unstructured data with AI
- AI Fundamentals
  • 1. Explain the role of AI in hyperautomation
  • 2. Describe the difference between supervised and unsupervised learning
  • 3. Identify common AI and ML use cases
Hyperautomation Foundations20%- MuleSoft Hyperautomation Architecture
  • 1. Explain the role of RPA, AI, and integration in hyperautomation
  • 2. Identify the key capabilities of MuleSoft Composer
  • 3. Describe the components of the MuleSoft Hyperautomation platform
- Hyperautomation Concepts and Components
  • 1. Describe the benefits of hyperautomation
  • 2. Explain the role of APIs in hyperautomation
  • 3. Define hyperautomation and its components
  • 4. Identify use cases for hyperautomation

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Salesforce Certified MuleSoft Hyperautomation Developer Sample Questions (Q32-Q37):

NEW QUESTION # 32
Which MuleSoft deployment strategy consists of the control plane and runtime plan hosted by the client?

Answer: C

Explanation:
A hybrid deployment strategy in MuleSoft involves hosting the control plane (Anypoint Platform management and design tools) in the cloud, while the runtime plane (where Mule applications run) is hosted by the client, either on-premises or in their own private cloud:
Hybrid Deployment:
The control plane is managed by MuleSoft and provides centralized management, monitoring, and deployment capabilities.
The runtime plane is hosted by the client, providing flexibility and control over where and how the Mule applications are executed, whether on-premises or in a private cloud environment.
Benefits:
This approach combines the advantages of cloud-based management with the control and customization available in on-premises or private cloud deployments, making it suitable for organizations with specific hosting and compliance requirements.
References:
MuleSoft Hybrid Deployment Documentation


NEW QUESTION # 33
AnyAirlines is attempting to automate a process that triggers when a case is created in Salesforce but requires data to be extracted from a website without an API. It plans to automate the process using MuleSoft Composer and MuleSoft RPA.
During the design phase, it uses RPA Recorder to gather the steps required to interact with the website.
What will automatically be gathered by RPA Recorder when recording a manual activity?

Answer: A

Explanation:
When using MuleSoft RPA Recorder to gather steps required for interacting with a website, it automatically collects documentation on the elements used by the user during the process.
MuleSoft RPA Recorder:
Automatic Element Documentation:The RPA Recorder captures all the elements (e.g., buttons, fields, and other UI components) that the user interacts with during the manual process recording.
Metadata Collection:It collects metadata such as element IDs, types, and positions, which are essential for accurately replicating the manual actions during automation.
Why Not Other Options:
Variable Information:While variable information is important, it is not the primary focus of the RPA Recorder. Variables can be defined post-recording.
Conditional Decisions:Conditional logic is typically added during the design phase of the RPA script, not during the initial recording.
Comments:User comments on the purpose of steps are not automatically recorded; this information needs to be added manually.
References:
For more detailed information on how MuleSoft RPA Recorder works, refer to MuleSoft's official RPA documentation


NEW QUESTION # 34
Northern Trail Outfitters wants to create an automation which runs on a fixed schedule to enter sales data into NetSuite running as a process in the background. The business product owner chose MuleSoft Composer as the tool for this task.
The Salesforce admin wants to advise the product owner about how the MuleSoft Composer scheduling functionality works.
Which two options are available for use as the time mechanism within MuleSoft Composer? (Choose two.)

Answer: C,D

Explanation:
MuleSoft Composer provides scheduling functionality that allows you to set up automated flows to run at specified intervals. The available options for scheduling within MuleSoft Composer include:
Every 30 minutes:
This option allows you to set up a flow to run every half hour, ensuring that your automation process is executed at regular intervals throughout the day.
Every 5 minutes:
This option enables the flow to run at a higher frequency, executing the automation process every 5 minutes, which is useful for scenarios that require more frequent updates or processing.
These scheduling options ensure that you can automate tasks at the desired frequency without manual intervention.
References:
MuleSoft Composer Documentation


NEW QUESTION # 35
Northern Trail Outfitters wants to run a bidirectional sync of data between two Salesforce orgs. They want to perform real-time updates between both systems so that if either system is updated, the other one is automatically updated with the new data.
What is the minimum number of Mute-Soft Composer flows needed to meet this requirement?

Answer: D

Explanation:
To achieve a bidirectional sync between two Salesforce orgs using MuleSoft Composer, you would need a minimum oftwo flows.
Flow 1: Sync from Org A to Org B: This flow monitors changes in Org A and updates Org B with the new data whenever a change occurs.
Flow 2: Sync from Org B to Org A: Similarly, this flow monitors changes in Org B and updates Org A with the new data whenever a change occurs.
This setup ensures that any change in either Salesforce org is reflected in the other, maintaining real-time synchronization between the two systems.
MuleSoft Composer for Salesforce


NEW QUESTION # 36
Which API policy can be applied to limit the number of requests an individual client can make to an API?

Answer: A

Explanation:
The Rate Limiting - SLA-Based policy in Anypoint Platform is designed to control the number of requests an individual client can make to an API. This policy is highly configurable and allows you to set specific limits based on service level agreements (SLAs).
Rate Limiting - SLA-Based:
This policy helps protect APIs from being overwhelmed by too many requests by enforcing a limit on the number of requests a client can make within a specified time frame.
You can define different rate limits for different tiers of clients, ensuring fair usage and protecting backend services.
References:
Anypoint Platform Rate Limiting Documentation


NEW QUESTION # 37
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