PC Slower Than It Used to Be?
A free scan shows the junk files, broken settings and background clutter dragging Windows down - then fixes them in one click.Free scan · Windows 10 & 11Crashes, No Sound, or Screen Glitches?
Random freezes, missing sound and display glitches usually trace back to one bad driver. Find and replace yours safely.Free scan · under a minuteiTechGuides is reader-supported. When you buy through links on our site, we may earn an affiliate commission. As an Amazon Associate I earn from qualifying purchases. Learn more
A usable Figma prompt is a concise teammate brief, not a request for “a modern dashboard.” State the user and outcome, bound the surface and viewport, provide realistic content and states, connect the published design system by its real names, define responsive and accessibility rules, and finish with acceptance checks. Generate one bounded flow, inspect it in the real file, then refine the canvas or issue a more specific prompt. Figma’s own guidance captures the principle: “A prompt gets you a decent first draft, but what makes that draft usable is what your design tool does next.”
Why a detailed prompt matters
Figma’s agent can generate screens quickly, but speed does not guarantee a design that a product team can use. A vague request leaves decisions unresolved: which user, which device, which content, which states, which components, and which spacing rules? The agent fills those gaps with generic choices. The result may look polished while failing the actual task, ignoring your library, or collapsing at another viewport.
Think of generation as a structured first pass. Your prompt supplies the decisions the agent cannot safely infer; the review loop catches what a text brief cannot predict, such as awkward wrapping, a missing error state, or an instance that was detached from the library. Start small enough to evaluate. A single checkout step or settings panel is easier to validate than an entire product in one pass.
Recommended Free Tools
The nine-part prompt structure
Use the following order. It mirrors the way an agent resolves ambiguity: purpose first, then scope, content, structure, system constraints, behavior, quality checks, and iteration.
#1 Best Overall
1. Define the outcome and the user
Open with the job to be done and the person doing it. “Design a checkout flow” is incomplete; “Design a checkout flow for a returning mobile shopper who needs to edit an address before payment” identifies the outcome, audience, and context. Include the user’s relevant situation, such as a first-time user, an administrator handling an exception, or a customer working on a slow connection.
- Name the primary task in one verb: edit, compare, approve, book, recover, or monitor.
- Identify the audience and meaningful constraints, such as expertise, urgency, or access needs.
- State what success looks like: the user saves an address, submits a form, or understands a status.
2. Bound the surface and scope
Specify the product surface, target device, viewport, and exact screens or states. Ask for one bounded flow or section first. Include a width such as 390 px for a mobile frame, and say whether a desktop adaptation is required. If the work belongs in an existing file, name the page or frame to edit rather than asking for a new project.
Scope prevents the agent from spending effort on decorative screens while leaving the critical state unfinished. “Create the address-edit step, its validation error, loading state, and success confirmation” is more actionable than “make the checkout.”
Do these 3 things before closing this tab:
1Scan for outdated or missing drivers - takes under a minute2Repair Windows errors before they cause bigger problems3Fix the driver behind crashes, sound loss and screen glitches3. Supply realistic content
Give the agent the labels, sample data, helper text, error copy, empty-state message, and loading treatment that the interface must accommodate. Critical product terminology should come from you, not be invented. Realistic copy exposes layout problems early: a long street name, a translated label, or a two-line error can change hierarchy and spacing.
- Provide field labels, button text, headings, and navigation names.
- Include representative values, including long and short examples.
- Write the exact validation and permission messages where wording matters.
- Specify empty, loading, success, and error content instead of asking for “appropriate” states.
4. Describe the information hierarchy
Tell the agent what must be noticed and what can be secondary. Identify the primary action, secondary actions, navigation, persistent information, and the order in which content should be scanned. For a checkout, “Save address” may be primary while “Cancel” is secondary; an order summary may remain visible on desktop but move below the form on mobile.
This is also where you state what must remain visible during an interaction. If a warning, total, or progress indicator cannot disappear when the user scrolls, say so explicitly.
5. Connect the design system by name
The highest-leverage context is the library already available to the agent. Connect the published library and name the exact components, styles, variables, and reusable blocks. Use @ references where Figma supports them. Tell the agent to search the library before creating anything new.
For example, request @FormField, @Button, @InlineAlert, @Stepper, and @OrderSummary, plus @color.*, @space.*, and @type.* variables. Ask for component instances, not visually similar copies. If a needed pattern does not exist, have the agent flag the gap rather than silently inventing a token or component.
6. Specify layout and responsive behavior
Describe the structural rules, not just the look. State whether the frame uses grid, flex, or auto layout; how spacing comes from variables; what stacks or wraps; and where breakpoints change the composition. Figma documents auto layout as a signal for responsive structure, so require it when the design must adapt.
- Define columns, gutters, maximum content width, and alignment.
- State which elements grow, shrink, wrap, or remain fixed.
- Describe mobile stacking order and desktop placement.
- Give minimum touch-target assumptions for controls.
- Explain what happens when text is longer than the sample.
7. Require states and accessibility
List the states relevant to each control: default, hover, focus, disabled, loading, empty, success, and error. Ask for visible keyboard focus, readable contrast, labels associated with controls, and error messages that are understandable without relying on color alone. Request an accessibility review after generation; the Figma agent can provide accessibility feedback.
Do not ask for every possible state when a state cannot occur in the flow. Instead, tie each requirement to a real interaction: a submit button needs disabled and loading states; a form field needs focus and validation states; a data table may need empty and error states.
Quick wins for a faster PC:
Fix the driver behind crashes, sound loss and screen glitchesFind Drivers →Repair Windows errors before they cause bigger problemsFix Now →Scan for outdated or missing drivers - takes under a minuteDriver Scan →8. End with acceptance checks
A short checklist turns a subjective “looks good” request into verifiable conditions. Include checks such as:
- Every control is an instance of a published library component.
- No detached components, invented tokens, or one-off text styles remain.
- Text wraps without overlap or accidental truncation.
- Mobile and desktop variants preserve the task hierarchy.
- Important loading, empty, error, success, disabled, and focus states are represented.
- The primary task and action are obvious without explanation.
9. Give an iteration instruction
When the decision is genuinely exploratory, ask for two or three bounded alternatives, such as two ways to organize an order summary. Ask the agent to explain the trade-off, recommend one direction, and refine that direction directly on the canvas. Do not request endless variations; alternatives are useful only when they answer a defined design question.
A reusable Figma prompt template
Replace the bracketed parts with project-specific information. Keep the sections in this order so important constraints are not buried.
Create [screen or bounded flow] for [audience and user goal] in . Target [device, viewport, and responsive behavior]. Include [screens, states, realistic content, and edge cases]. Connect [library name] and use [@component names, @variables, @styles, and reusable blocks]; search the library before creating new UI. Use [grid, flex, or auto-layout rule], preserve [spacing and typography rules], and meet [accessibility requirements]. Keep [primary action] visually dominant. Deliver [number] alternatives for [specific decision], then recommend one. Before finishing, verify [component reuse, token use, state coverage, responsive behavior, copy fit, and accessibility].
If a section does not apply, replace it with a precise instruction rather than deleting all context. For example, a single-screen diagnostic view may need no alternatives but still needs real content, breakpoints, and error handling.
The Tool Desk
Outbyte PC Repair FREERepair Windows errors before they cause bigger problemsFix Now →Outbyte Driver Updater FREEScan for outdated or missing drivers - takes under a minuteDriver Scan →Worked example: a mobile checkout address flow
This prompt gives the agent enough information to make concrete decisions while keeping the first pass bounded:
Create a mobile checkout flow for a returning shopper who needs to edit a shipping address before payment. Use the published Acme DS library. Target a 390 px-wide mobile frame and show the responsive desktop adaptation. Search first for the FormField, Button, InlineAlert, Stepper, and OrderSummary components, and use the existing color.*, space.*, and type.* variables. Produce address-edit, validation-error, loading, and success states. Use auto layout and stack fields without overlap; preserve the order summary on desktop. Keep “Save address” as the primary action and “Cancel” secondary. Include keyboard-focus visibility, associated labels, readable contrast, and inline error messaging. Generate two layout options for the mobile order-summary treatment, explain the trade-off, recommend one, and refine it. Finish by confirming that every control is a library instance, every color, spacing value, and text style is token-backed, copy fits at 390 px, and all requested states are present.Notice what the example does not do: it does not ask for an entire commerce application, leave button wording to the model, or describe the design only with adjectives such as “clean” and “modern.”
Make the design system legible to the agent
Prompt quality cannot compensate for an opaque library. Figma recommends clear component and variable descriptions, meaningful layer names, reusable higher-order blocks, auto layout, component properties, variants, and variables.
Use descriptive names and properties
Name layers by purpose rather than appearance. A layer called Primary button communicates more than Rectangle 42. Expose properties for label, icon, size, and state so the agent can change an instance without detaching it. Variants should express real differences such as size=small or state=error, not arbitrary visual experiments.
Publish the latest library
After changing components, variables, or descriptions, publish the library so the agent can see the current version. A prompt that names a component which exists only in an unpublished draft may lead to a duplicate or an outdated instance.
Best Value
Provide higher-order blocks
Reusable blocks such as cards, headers, feature rows, and carousels encode spacing, color, and layout logic. They let the agent reuse a coherent section instead of assembling isolated atoms with inconsistent gaps. When a block has a specific use, describe it in the component documentation.
A practical generation and review loop
- Attach context. Attach the representative frame, file, template, or screenshot and connect the relevant library. Confirm that the agent can access the components and variables you name.
- Generate one bounded screen or flow. Use the prompt structure above and include all required states for that slice.
- Inspect the first pass in the real file. Check hierarchy, task completion, realistic content, states, and fidelity to the design system. Look at instances, variants, variables, and names—not only the rendered appearance.
- Ask for alternatives only for a real decision. Request two or three options for a defined question, then compare them using the same criteria.
- Choose and refine. Make small spacing, copy, or alignment fixes directly on the canvas. Use a new prompt for a larger structural change so the requested transformation is explicit.
- Run responsive and accessibility checks. Test the specified mobile and desktop frames, longer copy, keyboard focus, contrast, labels, and error communication.
- Prepare handoff. Confirm that component mappings, token names, layer names, and implementation instructions are clear enough for the next person or tool.
How to compare multiple generated directions
Use a consistent scorecard rather than choosing the most decorative option. The following axes cover the decisions that affect usability and handoff:
| Axis | What to inspect |
|---|---|
| Task clarity | Can the intended user complete the primary action without explanation? |
| Flow completeness | Are empty, loading, error, success, disabled, and focus states covered where relevant? |
| Design-system fidelity | Are existing components, properties, variants, styles, and variables used instead of invented equivalents? |
| Responsive structure | Do auto-layout rules, stacking, wrapping, and breakpoints preserve hierarchy? |
| Accessibility | Are labels, focus, contrast, target sizes, and error communication addressed? |
| Content fit | Does realistic copy fit without truncation or accidental changes in hierarchy? |
| Handoff readiness | Are names, tokens, component mappings, and implementation instructions clear enough for code? |
Ask the agent to explain trade-offs against these axes, not to declare a winner based on visual preference.
Prompting for implementation after the design
When code follows, repeat the same context in the implementation prompt. Figma’s MCP guidance recommends writing the request like a teammate brief: specify the framework, codebase conventions, file locations, existing-file edits, and layout system.
Useful implementation language is concrete: “Generate this using components from src/components/ui” or “Implement this using our Stack layout component.” Also state whether the agent should modify an existing file, which route or component owns the screen, naming conventions, styling system, and how responsive behavior is represented. A design-only prompt cannot tell a coding agent where the source belongs or which primitives are approved.
Figma agent and Figma Make: choose the right surface
The Figma agent can connect libraries, reference components and variables with @, generate screens, edit layouts and component instances, apply styles and variables, generate or replace content in bulk, and provide design feedback including accessibility review. Figma Make is oriented toward interactive apps and prototypes, while the Design agent works directly in design files. Phrase the request for the surface you are actually using; an interactive prototype needs behavior and data assumptions, while a design-file task needs component instances, tokens, and canvas edits.
Common failure modes and precise fixes
| Symptom | Likely cause | Prompt or workflow fix |
|---|---|---|
| Generic screens with unfamiliar controls | The prompt describes a visual style but no library or component names. | Connect the published library, name the components and variables with @, and require a library search before new UI. |
| Polished screen with no usable error path | States were implied rather than listed. | Name the exact validation, loading, empty, success, disabled, and focus states required for the flow. |
| Mobile layout overlaps or truncates text | No viewport, content examples, or layout behavior was supplied. | Give the target width, realistic long copy, auto-layout rule, stacking order, wrapping behavior, and minimum sizes. |
| Detached components and one-off colors | The agent was not given acceptance checks or the library was unpublished. | Publish the latest library and finish with checks for instances, variants, styles, and token-backed values. |
| Too many unrelated screens | The scope was broad and the primary task was not bounded. | Request one screen or flow, identify the primary action, and defer adjacent surfaces. |
| Small fixes trigger a completely different layout | A new prompt was used for a local canvas edit. | Make local spacing, copy, and alignment changes directly on canvas; reserve new prompts for structural changes. |
| Code does not match the design | The implementation request omitted framework, file path, or approved primitives. | Repeat the design context and specify framework, styling system, source location, naming conventions, and existing-file edits. |
Current evidence about AI use in product teams
Figma’s 2026 AI report says 41% of product builders surveyed that AI had significantly impacted how their team works together; the summary reports 4,392 responses. Those figures describe that survey and should not be treated as a universal benchmark for every organization. They do, however, reinforce the practical point of this workflow: shared libraries, explicit briefs, and review criteria matter when more people—and more automated tools—touch the same product work.
What’s actually slowing this PC down?
Pick the symptom - the matching free tool is one click away.
Quick Recap
The shortest reliable checklist
- User and outcome are explicit.
- Surface, viewport, screens, and states are bounded.
- Real labels, data, and edge-case copy are supplied.
- Primary and secondary actions, navigation, and persistent information are ordered.
- Published components, variables, styles, and reusable blocks are named and referenced.
- Grid, flex, auto layout, spacing, wrapping, stacking, breakpoints, and touch targets are defined.
- Focus, contrast, labels, and error communication are requested.
- Acceptance checks cover instances, tokens, states, responsive behavior, content fit, and accessibility.
- The review loop says what to inspect, when to compare alternatives, and when to edit directly.
Product prices and availability are accurate as of the date/time indicated and are subject to change. Any price and availability information displayed on Amazon at the time of purchase will apply.
