AI and Accessibility: Examples, Insights and Future

Access to information is essential for everyone, yet individuals with impairments often face significant challenges when navigating digital content such as websites, articles, and videos. This is where AI can play a transformative role in identifying and overcoming these accessibility challenges.

When AI and accessibility are combined, it can help identify issues related to screen readers, keyboard navigation, and color contrast more efficiently, ensuring compliance with Web Content Accessibility Guidelines (WCAG). This approach not only enhances the overall user experience but also drives inclusivity by making digital platforms more accessible to everyone.

What Are AI and Accessibility?

AI and accessibility mean how compatible artificial intelligence-based solutions are when people with disabilities use them. Today, 16% of the population suffers from some kind of disability – WHO. With 1 out of every 6 people having difficulty using a software application, accessibility becomes an integral part of building the software using artificial intelligence (or even without it).

A simple example of this is developing a web page through Generative AI, either partially or completely. In such solutions, we can demand the code and expect AI to generate a code that contains accessibility elements in it as well.

For instance, consider the following example where a developer wants to insert an image in a web page and ask for help from ChatGPT.

The code generated is correct, and can insert an image on the web page, too. However, notice that < img > tag comes with an alt attribute. This is an important attribute for visually challenged people as it helps describe the image context. It is one of the many examples of how AI and accessibility should go hand in hand.

Looking to make your website more accessible? Check out this blog on ways to ensure easier accessibility.

Examples of AI and Accessibility

The following are examples where AI is used to improve accessibility for impaired individuals:

• Language Captioning and Translation: AI speech recognition and natural language processing make captions for videos and transcriptions for audio. It helps people with hearing impairments access multimedia. AI translation tools also help people speak different languages, translating between spoken languages and Sign Languages. For example, the Hand Talk Plugin translates written text on websites from English to American Sign Language (ASL).
• Image Recognition: AI image recognition helps individuals with visual impairments understand their surroundings. These technologies describe objects, scenes, and text in images, allowing users to navigate more independently.
• Facial Recognition: AI facial recognition helps individuals with visual impairments recognize faces. It uses algorithms to give real-time audio descriptions of people’s identities, emotions, and expressions.
• User Navigation: AI improves navigation for individuals with mobility impairments by providing real-time guidance and suggesting accessible routes. AI navigation systems also offer information about nearby accessible facilities, helping individuals with disabilities navigate unfamiliar places more easily.
• Lip Reading: AI lip-reading technology converts visual input from lip movements into text or audio. It greatly assists individuals with hearing impairments, especially when Sign Language interpretation isn’t available.
• Summarizing Information: AI algorithms analyze and summarize large amounts of text. It makes it easier for individuals with cognitive disabilities or reading difficulties to understand complex information. It also helps those with limited time or attention spans quickly grasp key points from long documents.

In addition, performing accessibility testing of software applications ensures that digital content is usable by all people, including those with impairments. For this, developers and testers can leverage AI-powered testing platforms like LambdaTest to perform accessibility testing across various browsers, devices, and OSes.

LambdaTest provides both manual and automated accessibility testing. For manual testing, you can leverage the Accessibility DevTools Chrome extension and screen readers. Next comes automated accessibility testing, which you can automate with frameworks such as Selenium, Playwright, and Cypress. To get started, refer to this guide on Accessibility Automation.

Note

Power accessibility testing efforts with AI and cloud. Try LambdaTest Today!

Key Insights on AI and Accessibility

AI has the potential to enhance accessibility that can enhance the lives of individuals with disabilities. Here are some of the key insights by Fable that indicate promise and challenges with AI in this context:

• Positive Impact: Roughly 67% of respondents indicate recent AI advancements have positively affected lives, suggesting AI’s potential for greater independence and information access.
• Trust Issues: Merely 19% find existing AI solutions trustworthy. There raised issues regarding image and speech recognition accuracy hindering broader reliance on AI tools.
• Barriers to Use: Many face challenges with AI technologies. For instance, screen reader compatibility and customizable features are often lacking, making it hard for individuals to fully use advanced capabilities.
• Community Engagement: A notable 87% express willingness to provide feedback to AI developers, reflecting a desire for tools that genuinely address needs and enhance accessibility.
• Assistive Technologies: Existing tools like Seeing AI and Be My Eyes showcase how AI can assist individuals with visual impairments by interpreting visual information. Further investment in such technologies can expand capabilities and reach.
• Enhancing Communication: AI has the potential to improve communication for those who are deaf or hard of hearing. Innovations like real-time transcription and automatic captioning significantly enhance engagement and access to information.

Current Scenario of AI Compliance With Accessibility

The current scenario of AI compliance with accessibility can be measured broadly by observing two scenarios:

• Enhancement of Existing Solutions
• Innovations for Accessibility Using AI

Enhancement of Existing Solutions

Existing solutions that worked for people with disabilities or incorporated solutions that constituted code for all have seen a significant improvement with the rise of artificial intelligence. A great example of this is screen readers.

These screen readers have improved with time but their foundational reading method remained the same – read the text and speak out loud. But for them to work efficiently, the text has to be organized efficiently on the web page.

For instance, designers cannot make the text part of the image as the screen reader will not be able to detect it as text. Artificial intelligence has solved this problem by applying algorithms to understand texts that are even handwritten or scan an image and grab the text out of it. Not only this, screen readers can apply image recognition, analyze the image, and read out what the image is about without any alt-text.

Shown below is an image where the screen reader identifies the objects using AI.

Curious about how to ensure your website is accessible? Check out our guide on screen reader accessibility testing.

Innovations for Accessibility Using AI

If accessibility has seen good days in any area, it is the newer innovation and research taking place across wide domains. These researches bring new ideas into reality that use AI and accessibility blended and make the lives of people with disabilities much easier.

For instance, Google has a dedicated project known as Project Euphonia that helps people with speech issues. Through the research work done in this project, the software can recognize the feeble speech of the speaker and convert it into text. The software can also be trained using the actual voice of the speaker (if their speech was impaired later due to disease or accident) from older audio or video clips.

Similarly, Microsoft has a project, Seeing AI, that enables visually impaired people to open their cameras and get a gist of everything in their surroundings through audio. This includes recognizing the currency and its denomination, any texts around it, and even describing the people around them.

Subscribe to the LambdaTest YouTube Channel for insightful tutorials and real-world examples.

Future of AI and Accessibility

The current situation of AI with a focus on accessibility is promising, especially with the entry of big tech giants into the picture. They have the capital to spend on solutions that might not even provide returns and maybe just serve society. This will not only encourage smaller businesses to innovate and develop but also provide researched technical help and modern tools developed by big techs to facilitate the development process.

Other than the development process, it’s also important to incorporate AI in the testing process to complement your accessibility efforts. This is where AI test agents such as KaneAI by LambdaTest can help you.

Kane AI is a smart test assistant featuring industry-first capabilities like test authoring, management, and debugging, specifically designed for high-speed quality engineering teams. With KaneAI, developers, and testers can effortlessly create and evolve complex test cases using natural language, drastically cutting down the time and expertise needed to begin software testing.

In addition, the future of AI and accessibility may also seem bright by looking at the steps taken by various agencies that work as regulators and provide compliance rules to be followed. For instance, the European Accessibility Act is the European standard requirements to be followed while working on accessibility solutions. This ensures that the solutions are compliant and also provides an estimation that things are progressing in a positive direction.

The last pillar on which the future depends is the people working towards developing these solutions. They are the individuals with their ideas that notice people with disabilities and the problems they are facing. For instance, people with speech problems are not able to communicate on the phone. Solutions such as RogerVoice help transcribe the call so that people can read and use AI to communicate further.

All three pillars of AI and accessibility are moving in a positive direction that gives us a good estimate about better days and technologies to come.

Conclusion

In this digital landscape, it is important to understand the current picture of AI and accessibility as a single unit blended to provide innovative solutions. The examples and current scenario described in this blog all point to the fact that the existing solutions are acceptable as a good foundational start. However, we still have a long way to go where accessibility and AI will not be defined as two terms but as a single unit altogether.

Harish Rajora

I am a computer science engineer. I love to keep growing as the technological world grows. I feel there is no powerful tool than a computer to change the world in any way. Apart from my field of study, I like reading books a lot and write sometimes on https://www.themeaninglesslife.com .

See author's profile