Screen flow is a user interface workflow that guides a person through connected application screens to complete a task. It presents prompts, fields, choices, and results in a defined order, while using logic to decide what happens next. In platforms such as Salesforce, Screen Flow specifically means an interactive automation that collects user input, unlike background automation that runs without a screen.
Screen Flow
What Is a Screen Flow?
Screen flow is a user interface workflow that guides someone through connected screens to complete a task. Screens can collect information, show choices, validate entries, and direct users based on rules.
In Salesforce, a Screen Flow is interactive automation launched from a page, button, or action. It differs from Telestream ScreenFlow, a macOS screen-recording and video-editing product, not an application workflow.
How a Screen Flow Works
- A user launches the flow from an app page, link, button, or record action.
- The flow displays instructions, fields, or options.
- It validates required values and formats before the user continues.
- Logic evaluates input and can retrieve, create, or update application data.
- The flow shows the next relevant screen, confirmation, or error message.
Screen Flow vs. Background Automation
The main difference is whether a person provides input during execution.
| Type | User interaction | Best use |
|---|---|---|
| Screen flow | Requires an active user session and can collect input. | Guided intake, setup, approvals, and record updates. |
| Autolaunched flow | Runs without screens or user input. | Reusable background logic and system integrations. |
| Record-triggered or scheduled flow | Runs when data changes or at a defined time. | Automatic updates, notifications, and maintenance tasks. |
A record-triggered flow cannot display a screen because no user session is available. It can invoke shared background logic also used by a screen flow.
Benefits of Screen Flows
- They collect related information in a guided order.
- Conditional paths hide irrelevant questions and reduce errors.
- Validation catches problems before data is saved.
- Completion screens confirm the outcome.
- Reusable logic standardizes repeated tasks.
Practical Limits of Screen Flows
- They need an active session, so they are unsuitable for unattended jobs.
- Long forms and too many steps can cause abandonment.
- Repeated data queries can slow the experience.
- User permissions may prevent access to needed records.
- Complex integrations or custom behavior may require background automation or code.
How to Design a Useful Screen Flow
Start with one goal, such as submitting a request or completing account setup.
- Group related fields and show optional fields only when relevant.
- Use plain labels, early validation, and messages that explain fixes.
- Preserve record context so users do not re-enter known information.
- Support keyboard navigation and test errors, permissions, and incomplete inputs.
- Use Flow for common guided automation, and Apex or custom code for complex processing, precise control, or specialized integrations.
Screen Flows in AI-Built Applications
Screen flows are common in onboarding, approval, intake, and multi-step setup. They are the interactive layer of a broader workflow, often paired with an AI form builder for structured data collection. An AI app builder such as Emergent can turn a described user journey into a full-stack application with screens, logic, data handling, and deployment.
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