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Difficulty: HardFlow Types and Triggers

An administrator is optimizing system performance for high-volume creation of custom Equipment Maintenance records. Analysis reveals that when an Equipment Maintenance record is inserted, an existing automation updates the 'Next Service Date' and 'Maintenance Status' fields on that same triggering record. Currently, this process uses an after-save Record-Triggered Flow with an explicit Update Records element. Which modification should the administrator make to optimize execution time and minimize database DML operations?

  1. Reconfigure the Record-Triggered Flow to run Fast Field Updates (before-save) and remove the explicit Update Records element.Answer
  2. B
    Keep the Record-Triggered Flow configured for Actions and Related Records (after-save) but set the explicit Update Records element to execute asynchronously.
  3. C
    Replace the automation with a Schedule-Triggered Flow that queries newly inserted Equipment Maintenance records hourly and updates them in a loop.
  4. D
    Convert the logic into a Record-Triggered Flow running after-save with system validation rules enabled to handle same-record field assignment.

Answer

Reconfigure the Record-Triggered Flow to run Fast Field Updates (before-save) and remove the explicit Update Records element.
Configuring the Record-Triggered Flow to execute Fast Field Updates (before-save) applies updates directly to the `$Record` global variable before the record is saved to the database. Salesforce automatically commits these values during the save operation, eliminating the need for an explicit Update Records element and significantly reducing execution time and governor limit consumption.

Step-by-Step Solution

1
Analyze the automation requirement
The requirement is to update fields on the triggering record itself during creation.
Determining whether updates target the triggering record versus related records dictates optimal flow trigger type.
2
Evaluate Salesforce Order of Execution and flow optimization guidelines
Fast Field Update (before-save) record-triggered flows execute up to 10 times faster than after-save flows because changes are applied directly to the $Record variable prior to database commit.
Before-save flows do not require an explicit Update Records element or additional DML statements.
3
Select the optimal flow trigger design
Configuring the flow for Fast Field Updates (before-save) and removing the explicit Update Records element fulfills all performance and functional requirements.
It eliminates additional DML calls, saves system resources, and avoids unnecessary re-evaluation of save order elements.

Key Concept

Record-Triggered Flow Optimization (Fast Field Updates vs. Actions and Related Records)
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Topics

Flow Types and Triggers

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