Top 40 Power Automate Interview Questions for Freshers with Answers

Are you preparing for a Power Automate interview? Power Automate, previously known as Microsoft Flow, is a powerful cloud-based service that enables users to create automated workflows between various applications and services. This article compiles the top 40 Power Automate interview questions for freshers, covering fundamental topics as well as advanced features.

Top 40 Power Automate Interview Questions for Freshers

1. What is Power Automate?
2. What are the main components of a flow in Power Automate?
3. What are connectors in Power Automate?
4. How many types of flows can you create in Power Automate, and what are they?
5. What is a trigger in Power Automate?
6. How does Power Automate integrate with SharePoint?
7. What are templates in Power Automate?
8. How can you handle errors in a Power Automate flow?
9. What is the difference between Power Automate and Power Automate Desktop?
10. How do you create a new flow in Power Automate?
11. What are actions in Power Automate?
12. How can you monitor the performance of a flow in Power Automate?
13. What are conditions in Power Automate, and how do you use them?
14. How can you handle errors in a Power Automate flow?
15. What are expressions in Power Automate, and how are they used?
16. How do you create an approval workflow in Power Automate?
17. What are the different types of triggers in Power Automate?
18. How can you integrate Power Automate with on-premises data sources?
19. What are some best practices for designing efficient flows in Power Automate?
20. How does Power Automate integrate with other Microsoft services?
21. What is the difference between Power Automate and Power Automate Desktop?
22. How does Power Automate integrate with Microsoft Teams?
23. What are expressions in Power Automate, and how are they used?
24. How can you handle approvals in Power Automate?
25. What is the role of the Common Data Service (CDS) in Power Automate?
26. How can you secure data in Power Automate?
27. What are UI flows in Power Automate?
28. How can you optimize the performance of a flow in Power Automate?
29. What is the purpose of the “Scope” action in Power Automate?
30. How does Power Automate integrate with SharePoint?
31. What are child flows in Power Automate?
32. How can you manage flow ownership in Power Automate?
33. What is the role of connectors in Power Automate?
34. How can you use variables in Power Automate?
35. What is the purpose of the “Compose” action in Power Automate?
36. How can you implement parallel branching in Power Automate?
37. What are trigger conditions in Power Automate, and how do you use them?
38. How can you use the “Filter Array” action in Power Automate?
39. What is the “Scope” action in Power Automate, and how is it used?
40. How can you implement error handling in Power Automate flows?

1. What is Power Automate?

Power Automate, formerly known as Microsoft Flow, is a cloud-based service that enables users to create automated workflows between various applications and services. It facilitates the automation of repetitive tasks, data synchronization, and the generation of notifications, thereby enhancing productivity and efficiency within organizations.

2. What are the main components of a flow in Power Automate?

A flow in Power Automate consists of three primary components:

• Trigger: An event that initiates the flow. For example, receiving a new email or adding a new item to a SharePoint list.
• Actions: Tasks executed in response to the trigger. These can include operations like sending emails, creating records, or updating data.
• Conditions: Logical statements that determine the execution path of the flow based on specified criteria.

3. What are connectors in Power Automate?

Connectors are pre-built integrations that allow Power Automate to interact with external applications and services. They facilitate the connection between different systems, enabling data exchange and the execution of actions across platforms. Power Automate offers a wide range of connectors, including those for Microsoft services like SharePoint and Outlook, as well as third-party services like Twitter and Salesforce.

4. How many types of flows can you create in Power Automate, and what are they?

Power Automate allows the creation of three types of flows:

• Cloud Flows: Automate tasks across cloud-based services.
  • Automated Flows: Triggered by specific events, such as receiving an email.
  • Instant Flows: Manually triggered by the user, often through a button.
  • Scheduled Flows: Run at predetermined times, suitable for regular tasks.
• Desktop Flows: Automate tasks on the desktop, including legacy applications, using Robotic Process Automation (RPA).
• Business Process Flows: Guide users through defined business processes, ensuring consistency and data integrity.

5. What is a trigger in Power Automate?

A trigger is an event that initiates the execution of a flow. Triggers can be based on various events, such as the creation of a new record, the receipt of an email, or the arrival of a specific time. Each flow must begin with a trigger, which defines the condition under which the flow will start.

6. How does Power Automate integrate with SharePoint?

Power Automate integrates seamlessly with SharePoint, enabling automation of tasks such as:

• Sending notifications when items are added or modified in a SharePoint list.
• Automating approval processes for documents stored in SharePoint libraries.
• Synchronizing data between SharePoint and other systems.

This integration enhances collaboration and streamlines business processes within organizations.

7. What are templates in Power Automate?

Templates are pre-built flows designed to perform common tasks. They serve as starting points, allowing users to create flows quickly without building them from scratch. Templates can be customized to meet specific business requirements, facilitating the rapid deployment of automated solutions.

8. How can you handle errors in a Power Automate flow?

Error handling in Power Automate can be managed using:

• Configure Run After: Specifies actions to execute following the success, failure, or timeout of a previous action.
• Scope Actions: Groups actions together, allowing for collective error handling and the implementation of parallel branches.
• Try-Catch Mechanism: Emulates traditional programming error handling by attempting an action and catching errors to execute alternative actions.

Implementing these strategies ensures that flows can handle exceptions gracefully, maintaining robustness and reliability.

9. What is the difference between Power Automate and Power Automate Desktop?

Power Automate is a cloud-based service focused on automating workflows between cloud applications and services. In contrast, Power Automate Desktop extends automation capabilities to on-premises applications and systems, enabling the automation of tasks on the local desktop environment. This includes legacy systems that may not have APIs, through the use of Robotic Process Automation (RPA).

10. How do you create a new flow in Power Automate?

To create a new flow in Power Automate:

1. Access Power Automate: Navigate to the Power Automate portal.
2. Select ‘Create’: Choose the ‘Create’ option from the navigation menu.
3. Choose Flow Type: Select the type of flow (e.g., Automated, Instant, Scheduled) based on the requirement.
4. Define Trigger: Specify the trigger that will initiate the flow.
5. Add Actions: Define the actions to be performed in response to the trigger.
6. Configure Settings: Set up any necessary conditions, loops, or additional parameters.
7. Save and Test: Save the flow and perform testing to ensure it operates as intended.

This process facilitates the creation of automated workflows tailored to specific business needs.

11. What are actions in Power Automate?

Actions are operations executed by a flow in response to a trigger. They represent the tasks performed, such as sending an email, creating a record, or updating data. Actions are the building blocks of a flow, defining the steps that automate business processes.

12. How can you monitor the performance of a flow in Power Automate?

Power Automate provides several tools to monitor and analyze the performance of flows:

• Run History: Each flow maintains a run history that logs details of every execution, including status (success or failure), duration, and timestamps. By reviewing the run history, you can identify patterns, bottlenecks, and any recurring issues.
• Analytics: The Power Automate portal offers analytics dashboards that provide insights into flow usage, error rates, and performance trends over time. These analytics help in understanding how flows are performing and where improvements may be needed.
• Notifications: You can configure flows to send notifications or alerts in case of failures or when certain thresholds are met, enabling proactive monitoring and quick response to issues.

Regularly reviewing these tools helps ensure that flows operate efficiently and meet business requirements.

13. What are conditions in Power Automate, and how do you use them?

Conditions in Power Automate allow you to implement branching logic within a flow, enabling different actions to be executed based on specified criteria. This is similar to ‘if-else’ statements in programming.

Usage:

• Adding a Condition: Within a flow, you can add a condition by selecting the “Condition” control. Here, you define the condition by specifying a value or expression to evaluate.
• Defining Outcomes: A condition has two branches: ‘If yes’ (true) and ‘If no’ (false). You can specify different actions under each branch, which will execute based on whether the condition evaluates to true or false.

Example:

If you’re automating an approval process, you might use a condition to check if a manager has approved a request. If the approval status is ‘Approved’ (true), the flow could proceed to notify the requester and update records. If not (false), it might send a rejection notification or take alternative actions.

Using conditions effectively allows for dynamic and responsive flows that can handle various scenarios within automated processes.

14. How can you handle errors in a Power Automate flow?

Error handling in Power Automate ensures that flows can manage exceptions gracefully without unexpected termination. Key strategies include:

• Configure Run After: This feature allows you to specify actions to execute after a previous action has failed, timed out, or been skipped. By configuring the ‘run after’ settings, you can define alternative actions or notifications in case of errors.
• Scope Actions: Grouping actions within a ‘Scope’ enables collective error handling. You can set the ‘run after’ configuration on the entire scope to manage errors for all contained actions collectively.
• Parallel Branches: Implementing parallel branches with conditions can help manage errors by providing alternative pathways when certain actions fail.
• Terminate Action: This action can be used to explicitly end a flow with a specified status (Success, Failure, or Cancelled), allowing you to control the flow’s termination based on error conditions.

Implementing these error-handling mechanisms ensures that flows are robust and can handle exceptions without disrupting business processes.

15. What are expressions in Power Automate, and how are they used?

Expressions in Power Automate are formulas that allow you to perform calculations, manipulate data, and dynamically set values within a flow. They are written using the Workflow Definition Language and provide powerful capabilities for data transformation.

Usage:

• Data Manipulation: Expressions can concatenate strings, perform arithmetic operations, format dates, and more.
• Conditional Logic: They enable complex conditional logic beyond simple conditions, allowing for advanced branching and decision-making within flows.
• Accessing Data: Expressions can extract and manipulate data from JSON objects, collections, and other data structures.

Example:

To concatenate a user’s first and last name with a space, you can use the expression:

concat(triggerOutputs()?['body/FirstName'], ' ', triggerOutputs()?['body/LastName'])

This expression combines the first and last name fields from the trigger’s output with a space in between.

Utilizing expressions enhances the flexibility and functionality of flows, enabling dynamic and context-aware automation.

16. How do you create an approval workflow in Power Automate?

Creating an approval workflow in Power Automate involves the following steps:

1. Choose a Trigger: Select an appropriate trigger that initiates the approval process, such as “When an item is created” in a SharePoint list.
2. Add Approval Action: Use the “Start and wait for an approval” action to configure the approval type (e.g., Approve/Reject) and assign approvers.
3. Handle Responses: Implement conditions to handle different responses (e.g., approved or rejected). Based on the outcome, define subsequent actions like sending notifications or updating records.
4. Finalize Workflow: Add any additional actions required to complete the process, such as logging the approval outcome or notifying stakeholders.

This structured approach ensures a streamlined and automated approval process, enhancing efficiency and accountability.

17. What are the different types of triggers in Power Automate?

Triggers in Power Automate initiate flows and are categorized into:

• Automatic Triggers: Activated by specific events, such as receiving an email or adding a new item to a SharePoint list.
• Manual Triggers: Initiated by user actions, like pressing a button in the Power Automate mobile app.
• Scheduled Triggers: Run flows at predefined intervals, such as daily or weekly schedules.

Selecting the appropriate trigger type is crucial for aligning the flow with the desired automation scenario.

18. How can you integrate Power Automate with on-premises data sources?

Integrating Power Automate with on-premises data sources is achieved through the On-Premises Data Gateway. This gateway acts as a secure bridge, facilitating data transfer between on-premises data and cloud services like Power Automate.

Steps to Integrate:

1. Install the Gateway: Download and install the On-Premises Data Gateway on a server within your network. Ensure this server is always connected to the internet and can access the necessary data sources.
2. Configure the Gateway: During installation, sign in with your organizational account and register the gateway. Configure settings to align with your network and security requirements.
3. Create Connections in Power Automate:
   • In Power Automate, navigate to Data > Connections.
   • Add a new connection and select the appropriate connector (e.g., SQL Server, SharePoint).
   • Choose the option to connect using the on-premises data gateway.
   • Provide the necessary credentials and select the configured gateway.
4. Build Flows Using the Connection: With the connection established, design your flows to interact with on-premises data as needed.

Considerations:

• Network Configuration: Ensure that firewalls and network settings permit the gateway to communicate with both on-premises data sources and Power Automate.
• Maintenance: Regularly update the gateway software to benefit from the latest features and security enhancements.

By following these steps, you can seamlessly integrate on-premises data sources with Power Automate, enabling comprehensive automation solutions.

19. What are some best practices for designing efficient flows in Power Automate?

Designing efficient flows in Power Automate ensures reliability and optimal performance. Key best practices include:

• Modular Design: Break down complex processes into smaller, reusable components or child flows. This approach simplifies maintenance and enhances clarity.
• Error Handling: Implement robust error handling using scopes and configure ‘Run After’ settings to manage exceptions gracefully.
• Performance Optimization: Minimize unnecessary actions and loops. Use filtering and querying capabilities to process only relevant data, reducing execution time.
• Documentation: Annotate flows with comments and maintain clear naming conventions for actions and variables to facilitate understanding and future updates.
• Security: Use secure connections and handle sensitive data appropriately, ensuring compliance with organizational policies and regulations.

Adhering to these practices leads to more maintainable, efficient, and secure automation solutions.

20. How does Power Automate integrate with other Microsoft services?

Power Automate seamlessly integrates with various Microsoft services, enhancing automation capabilities across platforms:

• Microsoft 365: Automate tasks involving Outlook, SharePoint, OneDrive, Teams, and more, streamlining workflows within the Microsoft 365 ecosystem.
• Power Platform: Integrate with Power Apps to trigger flows from custom applications or use Power BI to automate data refreshes and alerts.
• Azure Services: Connect with Azure services like Azure Functions, Logic Apps, and Cognitive Services to incorporate advanced processing and AI capabilities into your flows.

This integration fosters a cohesive environment where data and actions flow seamlessly across Microsoft’s suite of tools, enabling comprehensive and efficient automation solutions.

21. What is the difference between Power Automate and Power Automate Desktop?

Power Automate is a cloud-based service that enables the automation of workflows across various applications and services, primarily through API integrations. In contrast, Power Automate Desktop focuses on automating tasks on the desktop environment, including legacy applications, using Robotic Process Automation (RPA) techniques. This allows for the automation of both web and desktop applications that may not have APIs available.

22. How does Power Automate integrate with Microsoft Teams?

Power Automate integrates seamlessly with Microsoft Teams, allowing users to automate tasks such as sending notifications to channels, creating Teams meetings, and managing team memberships. By using the Microsoft Teams connector in Power Automate, workflows can be designed to enhance collaboration and streamline communication within Teams.

23. What are expressions in Power Automate, and how are they used?

Expressions in Power Automate are formulas that allow users to perform calculations, manipulate data, and dynamically set values within a flow. They are written using the Workflow Definition Language and can be used to handle tasks such as formatting dates, concatenating strings, or performing arithmetic operations. Expressions enhance the flexibility and functionality of flows by enabling dynamic content generation.

24. How can you handle approvals in Power Automate?

Power Automate provides built-in actions to facilitate approval processes. The “Start and wait for an approval” action initiates an approval request and waits for the response. Approvals can be customized with different options, such as single approver or multiple approvers, and can be tracked through the Power Automate portal. This feature streamlines decision-making processes by automating approval workflows.

25. What is the role of the Common Data Service (CDS) in Power Automate?

The Common Data Service (now known as Microsoft Dataverse) is a scalable data platform that allows users to securely store and manage data used by business applications. In Power Automate, Dataverse acts as a centralized repository for data, enabling flows to interact with data entities across various applications, ensuring consistency and facilitating integration.

26. How can you secure data in Power Automate?

Data security in Power Automate can be managed through several mechanisms:

• Data Loss Prevention (DLP) Policies: Administrators can define DLP policies to control the flow of data between connectors, preventing unauthorized data sharing.
• Role-Based Access Control (RBAC): Permissions can be assigned to users based on their roles, restricting access to sensitive data and specific flows.
• Environment Segmentation: Creating separate environments for development, testing, and production helps isolate data and control access.

Implementing these measures ensures that data handled by Power Automate flows remains secure and compliant with organizational policies.

27. What are UI flows in Power Automate?

UI flows, now referred to as desktop flows, are a feature in Power Automate that enables the automation of repetitive tasks performed through a user interface. They utilize Robotic Process Automation (RPA) to record and playback user actions on web and desktop applications, allowing automation of tasks that do not have APIs available.

28. How can you optimize the performance of a flow in Power Automate?

To optimize flow performance:

• Minimize Actions: Reduce the number of actions by combining steps or eliminating unnecessary ones.
• Efficient Loops: Limit the use of loops and ensure they process only necessary items.
• Parallel Branching: Use parallel branches to execute independent actions simultaneously, reducing overall execution time.
• Filter Data Early: Apply filters at the data source to retrieve only relevant data, minimizing processing within the flow.

These practices help in creating efficient and responsive flows.

29. What is the purpose of the “Scope” action in Power Automate?

The “Scope” action is used to group multiple actions together within a flow. This grouping allows for better organization and management of complex flows. Scopes can also be used in conjunction with error handling to manage exceptions for a specific set of actions collectively.

30. How does Power Automate integrate with SharePoint?

Power Automate integrates with SharePoint through dedicated connectors, enabling automation of tasks such as:

• List and Library Management: Automating the creation, updating, and deletion of items or documents.
• Approval Processes: Streamlining document approval workflows.
• Notifications: Sending alerts based on changes in SharePoint lists or libraries.

This integration enhances collaboration and efficiency within SharePoint environments.

31. What are child flows in Power Automate?

Child flows are reusable flows that can be called from other flows (parent flows). They allow for modular design, enabling common processes to be defined once and reused across multiple flows, promoting consistency and reducing redundancy.

32. How can you manage flow ownership in Power Automate?

Flow ownership can be managed by:

• Adding Co-Owners: Sharing the flow with additional users, granting them edit permissions.
• Exporting and Importing Flows: Transferring flow ownership by exporting a flow from one environment and importing it into another under a different owner.

Proper management of flow ownership ensures continuity and collaborative maintenance.

33. What is the role of connectors in Power Automate?

Connectors in Power Automate facilitate communication between the flow and external services or applications. They provide pre-built actions and triggers that allow flows to interact with various platforms, enabling seamless integration and automation across different systems.

34. How can you use variables in Power Automate?

Variables in Power Automate are used to store data that can be referenced and manipulated throughout the flow. They can be initialized and set using actions like “Initialize variable” and “Set variable,” allowing for dynamic data handling within the automation process.

35. What is the purpose of the “Compose” action in Power Automate?

The “Compose” action in Power Automate is a versatile tool used to store and manipulate data within a flow. It allows you to define static values, expressions, or outputs from previous actions, which can be referenced later in the flow without the need to initialize variables.

Key Uses of the “Compose” Action:

• Storing Data: Temporarily holds data or expressions that can be reused throughout the flow, reducing redundancy.
• Data Transformation: Enables manipulation of data formats, such as converting strings to integers or formatting dates.
• Simplifying Expressions: Breaks down complex expressions into manageable parts, enhancing readability and maintainability.

Example:

Suppose you need to concatenate a user’s first and last names retrieved from a previous action. You can use the “Compose” action to combine these values into a full name, which can then be used in subsequent steps.

Advantages:

• Efficiency: Unlike variables, the “Compose” action doesn’t require initialization and is typeless, allowing for flexible data handling.
• Performance: Using “Compose” can improve flow performance, especially in scenarios with parallel branches, as it avoids potential locking issues associated with variables.

36. How can you implement parallel branching in Power Automate?

Parallel branching in Power Automate allows multiple actions or sets of actions to run simultaneously, improving efficiency and reducing the total execution time of a flow.

Implementing Parallel Branching:

1. Add a Parallel Branch:
   • In the flow designer, select the action after which you want to add parallel branches.
   • Click on the plus (+) icon and choose “Add a parallel branch.”
2. Configure Actions in Each Branch:
   • Define the actions you want to run concurrently in each branch.
   • Ensure that the actions in each branch are independent to avoid conflicts or data inconsistencies.
3. Merge Branches (Optional):
   • If needed, use actions like “Compose” or “Append to array variable” to consolidate results from parallel branches.

Considerations:

• Data Dependencies: Ensure that actions in parallel branches do not depend on each other’s outputs, as this can lead to race conditions or errors.
• Resource Management: Be mindful of the resources consumed by parallel actions, especially when interacting with external systems or APIs, to prevent throttling or performance issues.

By effectively implementing parallel branching, you can optimize your flows for better performance and responsiveness.

37. What are trigger conditions in Power Automate, and how do you use them?

Trigger conditions in Power Automate are expressions that determine whether a flow’s trigger should execute. They provide a way to control the initiation of a flow based on specific criteria, ensuring that the flow runs only when certain conditions are met.

Using Trigger Conditions:

1. Access Trigger Settings:
   • In your flow, select the trigger action (e.g., “When an item is created”).
   • Click on the ellipsis (…) and choose “Settings.”
2. Define the Condition:
   • In the “Trigger Conditions” section, enter the expression that evaluates to true or false.
   • For example, to trigger a flow only when the “Status” field is “Approved”:jsonCopy code@equals(triggerBody()?['Status'], 'Approved')
3. Save and Test:
   • Save the flow and test it to ensure that it triggers only when the specified condition is met.

Benefits:

• Efficiency: Prevents unnecessary flow executions, conserving resources and reducing operational costs.
• Precision: Ensures that flows run only under desired circumstances, enhancing accuracy and relevance.

By utilizing trigger conditions, you can create more controlled and efficient automation processes.

38. How can you use the “Filter Array” action in Power Automate?

The “Filter Array” action in Power Automate allows you to filter elements in an array based on specified criteria, resulting in a subset of the original array that meets the defined conditions.

Steps to Use “Filter Array”:

1. Add the Action:
   • Search for “Filter array” in the action menu and add it to your flow.
2. Specify the Array to Filter:
   • In the “From” field, provide the array you want to filter. This can be dynamic content from previous actions or a manually defined array.
3. Define the Condition:
   • In the “Condition” section, set the criteria for filtering.
   • For example, to filter items where the “Status” is “Completed”:
     • Field: item()?['Status']
     • Operator: equals
     • Value: Completed
4. Use the Filtered Output:
   • The action outputs an array containing only the items that match the condition, which can be used in subsequent actions.

Example:

If you have an array of tasks and want to filter out only those that are overdue, you can set a condition where the due date is less than the current date.

Considerations:

• Case Sensitivity: String comparisons are case-sensitive. Use functions like toLower() or toUpper() to standardize data before comparison if needed.
• Complex Conditions: For multiple conditions, consider using the “Condition” action or nested expressions to achieve the desired logic.

By effectively using the “Filter Array” action, you can streamline data processing within your flows, ensuring that subsequent actions operate only on relevant data.

39. What is the “Scope” action in Power Automate, and how is it used?

The “Scope” action in Power Automate is a control mechanism that allows you to group multiple actions into a single container. This grouping enhances the organization and readability of complex flows by logically segmenting related actions.

Key Uses of the “Scope” Action:

• Logical Grouping: Organize related actions together, making flows easier to understand and maintain.
• Error Handling: Implement structured error handling by combining the “Scope” action with the “Configure run after” settings to manage failures collectively.
• Parallel Branching: Facilitate parallel execution of grouped actions, improving flow efficiency.

Implementing the “Scope” Action:

1. Add a Scope:
   • In the flow designer, select “Add an action.”
   • Search for “Scope” and add it to your flow.
2. Include Actions:
   • Within the “Scope” container, add the actions you want to group together.
3. Configure Settings:
   • Rename the “Scope” to reflect its purpose, aiding in clarity.
   • Use “Configure run after” to define how subsequent actions should proceed based on the “Scope’s” success or failure.

Example:

In an approval workflow, you might group all actions related to sending approval requests within a “Scope” named “Approval Process.” This organization makes it clear which actions pertain to the approval phase.

Benefits:

• Enhanced Readability: Collapsing and expanding “Scopes” allows for a cleaner view of the flow, especially when dealing with numerous actions.
• Simplified Maintenance: Grouping related actions simplifies troubleshooting and updates, as you can focus on specific sections of the flow.

By effectively utilizing the “Scope” action, you can create well-structured, maintainable, and efficient flows in Power Automate.

40. How can you implement error handling in Power Automate flows?

Implementing robust error handling in Power Automate ensures that your flows can gracefully manage exceptions and maintain reliability. Key strategies include:

• Using Scopes for Try-Catch-Finally Patterns:
  • Try Scope: Encapsulate actions that might fail within a “Scope” named “Try.”
  • Catch Scope: Create another “Scope” named “Catch” to handle errors from the “Try” scope. Configure it to run if the “Try” scope fails.
  • Finally Scope: Add a “Finally” scope for actions that should run regardless of success or failure, such as cleanup operations.
• Configure Run After Settings:
  • Utilize the “Configure run after” option to specify conditions under which subsequent actions should execute (e.g., after failure, success, or skipping of previous actions).
• Implementing Parallel Branching for Error Notifications:
  • Set up parallel branches to send notifications or perform specific actions if certain parts of the flow fail.

Example:

To implement a Try-Catch-Finally pattern:

1. Try Scope:
   • Add a “Scope” action named “Try.”
   • Include actions that may encounter errors.
2. Catch Scope:
   • Add a “Scope” action named “Catch.”
   • Configure it to run after the “Try” scope fails using “Configure run after.”
   • Include actions to handle errors, such as logging or notifications.
3. Finally Scope:
   • Add a “Scope” action named “Finally.”
   • Configure it to run after both “Try” and “Catch” scopes, regardless of their outcomes.
   • Include any cleanup actions.

By structuring your flow with these scopes and configurations, you can manage errors effectively and ensure that necessary actions are taken in response to failures.

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