An AI-built app accessibility checklist for the first release
A focused accessibility review for AI-generated web apps: keyboard flow, labels, contrast, motion and useful error states.
Supacode Editorial
Product and engineering
Quick answer
A reliable AI app workflow is a short feedback loop.
- Make the primary path complete with a keyboard before polishing motion.
- Use labels, headings and focus states that explain the interface without colour alone.
- Check contrast, responsive layouts, reduced motion and useful error messages.
- Test with a real keyboard and one assistive technology before publishing.
1. Walk the primary path with a keyboard
Start with the journey that matters most: open the page, find the main action, complete it and recover from a mistake. Every step should have a visible focus state and a logical order.
This review catches missing buttons, trapped focus and controls that only work with a pointer before they become expensive to fix.
2. Give the page meaningful structure
Use one clear heading, descriptive labels and real button or link elements. A user should be able to understand the page from its landmarks and headings before reading every sentence.
- Label inputs by purpose, not appearance.
- Use text or icons with accessible names.
- Never communicate status with colour alone.
3. Check contrast, motion and errors
Review text against its actual surface, not only a design mock. Reduce or remove decorative motion when a user prefers reduced motion, and explain how to fix invalid input instead of only showing that it failed.
FAQ
Frequently asked questions
What accessibility check should an AI-built app get first?
Use the complete primary journey with a keyboard and confirm that every control has a visible focus state, a sensible order and an accessible name.
Can automated tests replace accessibility review?
No. Automated checks catch useful patterns, but keyboard use, content clarity and error recovery still need a human review.
Should accessibility wait until after visual polish?
No. Accessibility is part of the first useful path. Fixing structure and labels early is faster than retrofitting them after many screens are built.
Build the first useful version
Turn your idea into something you can test.
Describe the user and outcome. Supacode will create the code, preview it live and save every change as a restorable version.