How do I make a vibe-coded app usable on mobile and accessible?

Make an AI-built app usable by checking the actual journeys on small screens, with a keyboard, and with relevant assistive technology. Review labels, focus, errors, contrast, touch interactions, and motion. A responsive-looking screenshot does not establish that someone can complete the task.

The W3C forms tutorial explains accessibility considerations for labels, instructions, validation, and notifications. Use that guidance to review the forms your customers actually encounter rather than relying on a tool's claim that its generated components are accessible.

Which mobile journeys should we inspect?

Start with the actions that matter: opening navigation, signing in, completing a form, reviewing a result, and recovering from an error. Test with the virtual keyboard open and in a short viewport as well as a tall phone screen.

Check whether sticky headers or dialogs cover the active control. Confirm that the user can reach the final action without an unexpected sideways scroll and that the page does not jump to an unrelated position.

Use real devices where practical. Browser emulation is useful for finding layout problems, but it does not reproduce every browser, keyboard, or device interaction.

What should a good form do?

Keep text readable and controls practical to use. Do not rely on placeholder text as the only label, or on colour as the only signal that something is wrong.

How do keyboard and dialog checks work?

Use the keyboard to move through interactive elements in a logical order. The focused control should be visible. A modal needs an accessible name, a reliable close action, and appropriate focus behaviour while it owns the screen.

For an illustrative enquiry dialog, check opening it from the navigation, moving between fields, encountering an error, and closing it. Then verify the form still works on a page where another instance of the same form already exists.

Shared components deserve particular attention. A generated field may be reused across several pages, so a small change can affect more than the screen currently under review.

What about animation and automated scans?

Provide appropriate reduced-motion behaviour and a way to pause nonessential ongoing movement. Avoid allowing decoration to hide content or block a user's task.

Automated checks can identify some issues, but they cannot decide whether instructions make sense or whether the complete journey is practical. Combine them with targeted manual checks and appropriate assistive-technology testing.

Record what was examined and what remains outside the review. Accessibility is an ongoing product responsibility, especially as new components, content, and interactions are introduced.

Improve the journey customers are struggling with

Bring a recording or description of the failing task and the devices involved. Discuss frontend and workflow improvements so the scope includes both visual changes and checks that the interaction still works.

Frequently asked questions

Does a framework make an app accessible automatically?

A framework or component library can provide useful building blocks, but composition, content, configuration, and custom interactions still need review in the actual application.

Is passing an accessibility scanner enough?

It establishes results for the checks the scanner performs. Review the complete journey and relevant manual and assistive-technology cases as well.

Should the desktop and mobile forms be separate implementations?

A shared implementation can reduce drift, but the right approach depends on the interaction. Whichever design you choose, verify labels, validation, focus, and submission in each presentation.