Can Everyone Actually Use a Comparison Page?
Picture a reader named Dana. Dana is blind and relies on a screen reader to browse the web. She lands on a page comparing game listing platforms, and the experience falls apart almost immediately. The heading structure jumps from a top-level title straight into a wall of unlabeled buttons. The comparison table has no header associations, so her screen reader reads cells as a shapeless stream of numbers and names. The “Visit” links all say the same thing, so she cannot tell which platform each one points to. By the time she reaches the bottom, she has no idea which option is actually better, even though the page was built specifically to help her decide.
This is the quiet failure of many comparison pages. They are written for sighted users who scan, hover and click, and they treat accessibility as something that can be added later. When a page sets out to rank and review platforms such as the Best Yono Platform, the ranking is only useful if every reader can actually reach it. An accessibility audit of these pages tends to surface the same handful of problems over and over, and they are worth walking through one by one.
Structural Navigation Breaks First
The most common failure is not visual at all. It is structural. Screen reader users navigate by headings, landmarks and lists, not by scrolling. A comparison page that renders its section titles as bold paragraphs, or that wraps an entire review in a generic container with no landmark role, forces the reader to listen to the whole page linearly. There is no way to jump to the platform they care about.
Headings are the cheapest fix and the highest-impact one. Every comparison section should start with a real heading tag, nested in a logical order. If a page reviews five platforms, each platform deserves its own heading, and the criteria inside each review should sit under subheadings. A reader who only wants to know about membership access should be able to skip directly to that section instead of hearing about download sizes and interface themes first.
Landmarks matter too. A single main region, a clearly labeled navigation area and a distinct footer give assistive technology a map of the page. Without them, the same reader who can navigate a well-built site in seconds spends minutes guessing where the content begins and where the promotional blocks end.
Tables, Cards and the Illusion of Order
Comparison pages love tables, and tables are where accessibility quietly collapses. A visual table with merged cells, colored rows and icons can look perfectly organized while being completely opaque to a screen reader. If the header cells are not marked as headers, every data cell is read without context. A reader hears “yes, yes, no, partial” with no idea what question those answers belong to.
The fix is not to abandon tables. It is to mark them up properly: header cells with scope attributes, a caption that explains what the table compares, and no layout tables pretending to be data tables. Where a table is genuinely too complex, a definition list or a series of headed subsections often works better for everyone, not just for assistive technology users.
Card-based layouts, popular on modern listing sites, create a different trap. Visually, each card is a tidy unit. In the accessibility tree, the card is often a stack of unrelated links and images with no grouping. A reader cannot tell where one platform’s card ends and the next begins. Grouping each card with a labeled region or an article element, and giving the card a heading, restores the boundary that sighted users get for free from whitespace and borders.
Link text deserves its own mention here. A page full of “read more”, “visit” and “learn more” links is unusable when read out of context, because screen reader users frequently pull up a list of links rather than reading the page top to bottom. Every link should describe its destination, such as the platform name plus the action. This is also better for search engines, which is a rare case where accessibility and SEO point in exactly the same direction.
Contrast, Motion and the Readers Who Get Forgotten
Not every accessibility problem is about screen readers. Low-vision readers, readers with dyslexia and readers with vestibular disorders run into their own barriers on comparison pages, and these are usually easier to spot if you know where to look.
Color contrast is the classic offender. Rating badges in pale yellow, subtle grey footnotes and thin light-grey borders all fail minimum contrast ratios. The information is technically present, but it is invisible to a meaningful share of readers. Contrast is not a design preference; it is a threshold, and it should be checked rather than eyeballed.
Motion is the second offender. Auto-playing carousels, animated counters and scroll-triggered reveals can cause genuine discomfort for readers with vestibular sensitivity. Respecting the reduced-motion preference is a two-line change that removes a whole category of harm, and it costs nothing for readers who never notice it.
Text sizing and zoom are the third. A comparison page that breaks when zoomed to two hundred percent, or that locks its layout to a fixed pixel width, shuts out readers who enlarge text as a matter of routine. Content should reflow, not overflow, and horizontal scrolling should never be required just to read a sentence.
There is also a quieter issue: the reliance on hover. Tooltips that only appear on mouse hover, dropdown menus that open on hover alone, and comparison details hidden behind hover states are all unreachable by keyboard and touch. Anything revealed on hover should also be revealed on focus and on tap.
What a Genuinely Accessible Listing Looks Like
An accessible comparison page is not a stripped-down or ugly one. It is simply a page where the structure matches the visual design. Headings are headings. Tables have headers. Links say where they go. Images that carry meaning have alternative text, and decorative images are marked as decorative so they do not clutter the reading experience. Forms, if present, have visible labels rather than placeholder-only hints.
Keyboard access is the practical test. Put the mouse aside and tab through the entire page. Can you reach every interactive element? Can you see where focus is at all times? Can you open and close every menu and accordion without a mouse? If the answer is no, the page has a problem that no amount of good writing will fix.
Testing with an actual screen reader is the next step, and it is less intimidating than it sounds. A single pass through a comparison page with a free screen reader will reveal more real problems than a week of automated checks, because automated tools only catch roughly a third of accessibility issues. They flag missing alt text and contrast failures, but they cannot tell you that your comparison table is incomprehensible when read aloud.
For anyone building or curating a listing of game platforms, the standard is straightforward: a reader should be able to arrive, understand the options, compare them on equal terms and leave with a decision, regardless of how they access the page. That is what separates a comparison page that merely ranks options from one that actually serves the people reading it. Accessibility is not a feature bolted on at the end. On a page whose entire purpose is to help people choose, it is the whole point.