Industry-scale revolution

AI-Powered Screen-Reader
and Keyboard Navigation
Accessibility Adjustments

AI processing Illustration

accessiBe’s AI is responsible for handling the more complex accessibility adjustments such as screen-reader optimization and keyboard navigation. Prior to accessiBe, these could only be achieved manually, with long, complex, and costly projects.

Scan. Analyze. Deploy. Maintain.

Contextual Understanding AI technology

Website visuals are common and universal, making it simple for a sighted user to follow the flow of a site. As long as the layout makes sense, we don't care how a website is coded.

accessiBe's AI applies the same "thinking" process while analyzing a site. It visually matches elements and behaviors to millions of past encounters, to learn from context what elements actually do and their purpose on the page.

Then all the necessary code adjustments are implemented in order to reflect blind people using screen-readers exactly what’s on the screen and the purpose of every element, exactly as it was intended originally.
Computer vision applied to accessibility

Image Recognition and OCR AI technologies

accessiBe scans all images on the site, and wherever there is alternative text (Alt tags) missing, it will extract the embedded text using OCR and learn the objects that comprise the image using IRIS.

Then, accessiBe will automatically provide accurate and elaborate alternative text to any of these images. When a blind user enters a site, their screen reader will rely on these descriptions to communicate what is on the page.
Automatic ongoing protection

Maintaining compliance 24/7 with daily scans and analyses

Prior to accessiBe, maintaining compliance was an even bigger challenge than achieving it. Every update a site undergoes - every popup, form, menu item, blog post, image or product added or edited without manually ensuring compliance, would compromise accessibility efforts. And in just a few updates, compliance is completely broken.

accessiBe's AI re-scans every page of every site at a minimum rate of once every 24 hours, ensuring new updates are being remediated for compliance on the spot.
Learn how it works down to the code level

Watch our in-depth technical demo

Watch accessiBe’s CEO explain how it works down to code level!

AI-Powered web accessiblity

The effortless process of
becoming compliant with us

  • checkmark WCAG 2.1
  • checkmark ADA Title III
  • checkmark Section 508
  • checkmark EAA/EN 301549
  • 1

    Paste a single line of JavaScript code on your website

  • 2

    The accessibility interface instantly appears on your website

  • 3

    accessiBe’s AI starts scanning and analyzing your website

  • 4

    In up to 48 hours, your website is accessible and compliant

  • 5

    Every 24 hours, the AI scans for new and revised content to fix

AUTOMATIC, ONGOING PROTECTION.

Common requirements most websites
lack that accessiBe remediates

Elements that exist on almost every website are sometimes the most challenging to make accessible. Learn how our AI fixes them!

Popups

accessiBe moves the focus, enables dismissal with Esc key and tag for screen-readers

  • When a popup appears, the keyboard focus must lift off the main page and land back down within the first clickable element of the popup.
  • Navigating using the Tab key within the popup must loop back to start when reaching the last element and trying to move forward.
  • Users must be able to close popups with the Esc key, and the focus must go back to the element that was focused on prior to the popup.
  • Popups must include a “role” attribute equal to “dialog”.
  • Popups must include an “aria-modal” attribute equal to “true”.

Menus

accessiBe identifies and interprets menus to screen readers, and allows navigation with arrow keys

  •  “NAV” tag or a “role” attribute equal to “navigation/menu/menubar” (depends on the menu type) must be present on the top element that contains all the links and menu items (role=”navigation/menu/menubar”).
  • A “role” attribute equal to “menuitem” must be present on the links that comprise the menu items.
  • Users can use the Tab key to navigate to the next element, and Shift+Tab to navigate to the previous element, and the focused element must be easily identifiable using a focus ring (outline).
  • Users can navigate across the menu bar itself using the left-and-right keyboard arrows. When reaching the end of the menu, and pressing the forward arrow key, the navigation should loop back to the first item.

Dropdowns

accessiBe enables keyboard navigation and locks up navigation focus for users who can’t use a mouse

  • Users can open dropdowns using the Enter and the arrow-down keys. Dropdowns should also be opened by focusing on the menu item.
  • Users can navigate within dropdowns using the up-and-down arrows, and the focus must never escape and loop within the dropdown unless it was intentionally closed.
  • Users can close the dropdown using the Esc key, and the keyboard focus must go back to the root menu item of this dropdown.

Forms

Announce field requirements and validations, identify error messages and successes

  • All fields must include a “LABEL” tag that is connected to the field by the “id” and the “for” attributes, or an “aria-label” attribute.
  • Required fields must include both visual cues (Asterix*, text or other), and the “aria-required” attribute equals true.
  • Fields must include the “aria-invalid” attribute to inform screen-readers whether the field is currently valid or invalid. This attribute must change dynamically according to the validations. E.g. an empty required “name” field must include aria-invalid=”true” to indicate that it’s invalid, but change to aria-invalid=”false” once the user fills it up.
  • When a form is submitted and errors are present, the keyboard focus must be taken to the first invalid field, and the user must receive an explanation (both visual and to the screen-reader) of what the issue is with this field.
  • When a form is submitted successfully, a blind user with a screen-reader should be informed of that using an alert element or via other means.

Links

accessiBe identifies, labels and fixes empty or insufficient link text

  • Must include text, title, or an aria-label.
  • Must be logically ordered within the document (a “read more” must come after the title and the paragraph of a section, for example).
  • Links must be reachable by keyboard navigation using the Tab key.
  • Links must provide a visual indicator if they are opened in a new window, and also announce that to a screen-reader using a hidden text or title.
  • Links must be noticeable on-page and look different than regular text.

Icons

accessiBe uses contextual understanding to identify the purpose of icons and tag accordingly

Icons don’t have specific guidelines because “ICON” tags or elements don’t exist. The purpose of an icon (usually as a link or button) is to symbolize a universally recognizable action to a user. Since this is based on visual recognition of a symbol, accessiBe automatically includes a description of the purpose or action of the icon for users who can’t see or recognize it.

Images

accessiBe provides elaborate and accurate alternative text to all images, including embedded text as well as objects

Images must have an Alt attribute to describe what’s in the image to users who cannot see properly or at all. accessiBe uses image recognition technology to not only pull out text and object descriptions but also describe the essence of the image. 

For example, an image of people playing on the beach accompanied by text that says “30% off bathing suits” will automatically receive alternative text describing all of these elements which a screen reader will relay to the user. 

Buttons

Identify text and link elements that behave as buttons, enable keyboard operation

  • Buttons must contain text, title, or an aria-label.
  • Must be an actual “BUTTON” tag or alternatively, a “role” attribute that equals to “button” is present.
  • Buttons must include text/aria-label/title.
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