Point to Select turns a live product interface into a direct editing surface where clicking any element reveals its underlying code and enables precise, reviewable changes. It removes the need to translate product decisions into engineering instructions and shortens the path from idea to shipped update.
Why product teams face this
Product teams operate through a translation workflow. A designer or PM identifies an issue in the UI, writes a spec or ticket, and relies on an engineer to locate and modify the correct part of the codebase. Each step introduces interpretation, delay, and scope drift.
This structure exists because codebases are organized around components, files, and abstractions that are invisible to non engineers. A simple request like changing a button label or spacing requires knowledge of where that element lives, how it is composed, and what dependencies it touches. That knowledge sits with engineering.
The result is a queue. Small changes compete with larger roadmap items. Feedback loops stretch across days or weeks. Teams invest time refining tickets instead of refining the product itself.
From a budget perspective, this shows up as engineering time spent on low leverage UI adjustments and repeated iteration cycles. From a workflow perspective, it creates friction between intent and execution.
How it works in practice
A product manager is reviewing the onboarding flow and notices a drop in conversion on the final step. The hypothesis is simple: the primary button copy feels passive and the layout pushes it below the fold on smaller screens.
Using Point to Select, they open the live product and click the button directly. The system resolves that element to its source component, showing the file, props, and styling rules that define it. The PM updates the label text and adjusts spacing to bring the button higher in the layout.
The system generates a code diff tied to that exact component. It includes only the relevant changes, scoped to the selected element and its immediate structure. The PM can preview the update in context, across breakpoints or states, before submitting it for review.
An engineer reviews the diff in a pull request. The change is clear, localized, and aligned with existing component patterns. Approval takes minutes. The update ships the same day.
No ticket describing “the primary CTA in onboarding step 3.” No back and forth to locate the right file. No ambiguity about which element is being discussed.
What changes when you solve it
The core shift is that the interface becomes addressable. Every visible element can be directly selected, inspected, and modified with full awareness of its implementation.
Teams move from a document driven workflow to an interaction driven workflow. Instead of describing changes, they perform them. Instead of waiting for interpretation, they generate concrete diffs.
Iteration cycles compress. A change that previously required a spec, clarification, implementation, and revision can happen in one pass with a review step at the end. Two to four feedback loops disappear for common UI updates.
Precision increases. Selection defines scope. When a PM clicks a specific button, the system knows exactly which component and properties are involved. This eliminates overbroad changes and missed edge cases.
Cognitive load drops for non engineers. There is no need to understand file structures, naming conventions, or framework details. The interaction starts from what is visible and maps directly to code.
Engineering time shifts toward higher leverage work. Routine UI adjustments arrive as clean, reviewable diffs instead of loosely defined requests. The role of the engineer centers on validation and system integrity rather than translation.
How Fei Studio approaches this
Fei Studio introduces Point to Select within its Design Mode, allowing users to click directly on a live application and resolve elements to their underlying components. Edits are applied through structured code transformations, with outputs generated as scoped diffs that engineers can review. The system uses component awareness and code mapping to keep changes aligned with the existing codebase, including brownfield environments where structure and conventions already exist.
Closing
Point to Select turns product interfaces into a direct control surface for code, allowing teams to move from visual intent to precise implementation in a single step.
FAQ
Do I need to understand the codebase to use Point to Select?
No. The interaction starts from the UI, so you work with elements you can see. The system maps your selection to the relevant code and handles the underlying structure.
How safe are the changes generated this way?
Changes are scoped to the selected component or its subtree, which keeps edits contained. Outputs are delivered as code diffs that go through standard pull request review, so engineering retains oversight.
What kinds of changes can product managers make?
Common updates include text, layout adjustments, spacing, styling, and component level behavior tied to props. More complex logic changes can still be initiated this way with clear context for engineering review.
How does this affect design systems?
The system references existing components and styling sources, so edits stay aligned with defined patterns. This helps maintain consistency while still allowing targeted updates.
Does this work with existing products or only new builds?
It is designed to work with existing codebases. Integration relies on mapping the live UI to source components, which is feasible in most modern frontend frameworks.
What happens with dynamic or complex UI elements?
Dynamic rendering and deeply abstracted components can add complexity to selection. The system surfaces the closest relevant component and its dependencies, giving enough context to make informed edits or involve engineering when needed.
Discover what the future of frontend development looks like!
