www.printivity.com
We loaded 6 of your pages the way a customer does - on a typical phone, on a normal cellular connection - and checked what decides whether visitors stay, can use the page, and get recommended by AI.
A snapshot of the live site on June 25, 2026. If the site has changed since, this may no longer reflect it.
Mobile speed is the biggest gap - phones take an average of 5.2 seconds to show the page, which pushes visitors to leave before buying - the site's AI visibility is already solid at 84 out of 100.
Phones take an average of 5.2 seconds to load the main content, and the Insights page stays blank for nearly 10 seconds. Visitors who wait that long tend to leave, meaning lost orders before a customer sees the product.
- → Insights index (blank for 9.8s)
- → Category: business cards (biggest piece at 6.5s)
Nothing at all is painted to the screen for that long - it can read as a broken page.
▶ Press play - the screen stays blank almost the entire time.
Most of the page paints early, so the wait is easy to miss - but the biggest piece of the page only lands then.
▶ Press play - this is the 6.5s a phone visitor waits, in real time.
Most of the page paints early, so the wait is easy to miss - but the biggest piece of the page only lands then.
▶ Press play - this is the 6.2s a phone visitor waits, in real time.
Until then a visitor on a phone is looking at a mostly empty screen.
▶ Press play - this is the 4.4s a phone visitor waits, in real time.
People using screen readers, keyboard navigation, or low-vision tools hit 11 high-impact issues across 6 pages that can block them or cause them to miss key content - low-contrast text is the most common problem, with weaker search visibility too.
- → Product: classic business cards (controls screen readers can't read)
- → Products index (low-contrast text)
Some controls use invalid accessibility markup that can confuse assistive technology, light text is hard to read for people with low vision, and the page's main content area is not properly identified for screen readers.
- →Remove or correct the invalid accessibility attributes on the affected controls.
- →Darken the light-colored text so it is readable for people with low vision.
- →Make sure the page has one clearly identified main content area and group all other sections into labeled regions.
Some controls on this page use invalid accessibility markup that can confuse assistive technology, and several text elements are too light for people with low vision to read.
- →Remove or correct the invalid accessibility attributes on the affected controls to avoid confusing assistive technology.
- →Darken the light-colored text so it has enough contrast to be readable for people with low vision.
- →Organize the page into clearly labeled regions so screen reader users can navigate to the section they need.
Many items on this page have overlapping clickable areas - a button sits inside another button in dozens of places - making it hard for keyboard users and people with motor difficulties to select individual items.
- →Separate nested clickable elements so no button or link sits inside another one - this occurs in over 50 places.
- →Make the tap and click targets larger so people who have difficulty with precise tapping can use them reliably.
- →Darken the light-colored text so it is readable for people with low vision.
Three links have no readable text, so someone using a screen reader or keyboard cannot tell where they lead; light-colored text and structural issues add to the difficulty.
- →Add visible or hidden text to the three links that currently have no label so users can tell where each one goes.
- →Darken the light-colored text so it is readable for people with low vision.
- →Fix the page navigation regions - there are overlapping and duplicate sections that confuse screen readers.
Several text elements use colors too light for people with low vision to read, and dozens of content sections are not grouped in a way that helps screen reader users navigate the page.
- →Darken the light-colored text so it has enough contrast to be readable for people with low vision.
- →Organize the page into clearly labeled regions so screen reader users can jump to the section they need.
- →Fix the heading order so it does not skip levels, which helps people who navigate by headings.
Some text is too light for people with low vision to read comfortably, and a few sections of the page are not organized in a way screen reader users can easily jump to.
- →Darken the light-colored text so it is easier to read for people with low vision.
- →Organize all page sections into clearly labeled regions so screen reader users can navigate more easily.
With a score of 84 out of 100 and 88% of content readable without running code, the site is already in good shape for AI tools and answer engines. The main gap is missing social preview tags.
- → Product: classic business cards (social preview tags)
- → Products index (structured data before javascript)
Add Open Graph title, description, and image tags for clean link previews.
- →Server-render the page so all product content appears in the HTML, not only after JavaScript loads
- →Add social preview tags (title, description, image) so link previews and AI summaries are accurate
- →Expand the product description - 177 words is too thin for AI to summarize what you offer
Add Open Graph title, description, and image tags for clean link previews.
- →Server-render the page so all banner content appears in the HTML, not only after JavaScript loads
- →Add social preview tags (title, description, image) so link previews and AI summaries are accurate
- →Expand the product description - 158 words is too thin for AI to summarize what you offer
Add schema.org structured data to the HTML the server sends.
- →Add social preview tags (title, description, image) so link previews and AI summaries are accurate
- →Add schema.org structured data so machines can parse the product catalog more precisely
- →Fix heading order so levels do not skip (for example, do not jump from h2 to h4)
Nearly all of each page's content is already in the HTML and cleanly marked up, so AI assistants read these fine.
The single fix behind most of this is making sure your full page content is present the moment the page loads - done well, it speeds the page up for real visitors and makes you readable to AI at the same time. That is the work we do every day at ShakaCode; happy to walk through what we found.
Measured June 25, 2026 on an emulated mid-range phone over the Slow-4G profile Google PageSpeed uses - the conditions a real mobile visitor faces, not a developer's laptop. Speed score is Google's 0-100 mobile scale (90+ is fast, under 50 is slow); layout shift is Google's CLS (above 0.25 is poor); accessibility score is the Google Lighthouse 0-100 scale. Put together by ShakaCode.