How ChatGPT and Bard are Improving Accessibility for Websites and Apps

Using AI Language Models for Website and App Accessibility

AI language models are a hot new area of AI research, and they have the potential to improve website and app accessibility by producing text that reads as if it were written by a human. These models can be used for chatbots, search engines, moderaters, content summarizers and more. But they are also prone to machine learning bias and can inadvertently generate harmful content, particularly when given the opportunity to express themselves.

The threat of disinformation

Despite all the work being done to protect users against online disinformation and hate speech, language models are still widely used by bad parties to create junk news or cat-phishing scams through fake text messages, emails and social media status updates. Some models are even more adept than humans at generating radical or inflammatory content, which can be exploited by conspiracy theorists or white supremacists.

Accessibility: Using AI for Web Accessibility

In many cases, language models are not fully accepted by the end user because they often produce output that is inaccurate and can be misinterpreted by screen readers or other assistive technology. To address this, AI-based solutions are now incorporating emotion recognition in their algorithms to better understand user emotions, such as anger or happiness, and respond accordingly.

OpenAI: GPT-3 and more

Tech giants including OpenAI and Google are building language models that can be used for all sorts of things, from chatbots to content summarization or legal paraphrasing. But because of the toxicity and societal biases that can be associated with large language models, they are often kept in-house and under wraps.

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Chatbots and Accessibility in Website and App Design

Chatbots are becoming an increasingly popular feature for websites and apps. These automated assistants are often programmed to respond to a user's inquiries, offer customer service, and even entertain users. But they can also present accessibility challenges when designing a website or app.

Understanding the capabilities of chatbot platforms is important to designing a conversation flow that can support the needs and expectations of users. Designers must also be aware of the platform's limitations and opportunities before beginning work on a project.

Classification of chatbots based on knowledge domain provides guidance to developers and designers about how a bot will respond to questions. Generally, open domain chatbots talk about a broad range of topics, while closed domain chatbots specialize in a specific knowledge domain.

Using accessible language, fonts, and color contrast prove critical for a chatbot's readability. Similarly, avoiding jargon and acronyms can make for a more conversational experience for users.

Designing for a mobile-first approach is also essential to ensuring that users can navigate the chatbot experience on their devices. On smaller screens, sticky chat elements can cover key page information or actions that users may need to access.

Making chatbots accessible with voice-over content and vocal page changes is a great way to announce new conversations, replies, and updates without having to rely on visual cues alone. But a voice-over doesn't always provide enough context for screen readers, so developers should mark responses in chatbot conversations as either from the user or from the bot to help screen readers contextualise them.

ChatGPT and Bard - The Role of Generative AI in Improving Accessibility

A growing number of AI-powered chatbots are designed to answer user queries in a natural, conversational way. Among them, ChatGPT is a popular option, which has been making headlines since November for responding to complex questions, writing poetry, generating code, planning vacations and translating languages.

The chatbot was built using a large language model (LLM) that was trained on a vast trove of data online. It uses supervised learning to understand the inputs it receives and also has the ability to learn from its interactions with users.

Its strengths include:

Ability to generate text that is natural and contextually suitable.

Versatility in responding to multiple types of inputs:

Accuracy is a concern, but it can still produce readable and well-constructed answers for many questions.

ChatGPT and Google Bard are generative AIs that are available for test use in the UK and the US. They are powered by a large language model based on Google’s own LaMDA (Language Model for Dialogue Applications) model and will improve over time as it receives feedback from its users.

The two tools are positioned differently: Microsoft Bing Chat is incorporated into its search engine as part of an effort to draw more people to its product, while Google Bard has its own URL and UI.

Both ChatGPT and Google Bard are based on a generative language model, but they differ in how they are used and how they are positioned. While ChatGPT is a "creative companion" to Google search, Bard is a separate webpage that is positioned as a creative tool that complements the search experience.

Making Websites and Apps More Inclusive With AI

Accessibility is about designing digital products so that they can be used by anyone – including people who have disabilities. However, this approach isn’t always enough. To create a truly inclusive design, a team needs to take the process a step further by considering diverse human perspectives and experiences.

Using artificial intelligence for website building

Many popular website platforms now use AI to make the web creation process easier, faster and more accessible. This can be useful for small business owners and online businesses that don’t have the resources to hire a full-time web designer or developer.

Using AI for website accessibility

A recent study by Equally AI revealed that only 2% of the 350 million active websites are fully accessible to people with disabilities. This wide gap in compliance is called the web accessibility gap, and it’s a major issue that AI can help bridge.

Developing accessible websites and apps isn’t an overnight task. The process can be time-consuming, but with the right tools, it’s achievable for any business owner or developer.

For example, Flowy is an AI-powered web accessibility platform that scans any website for accessibility errors and provides the best suggestions for fixing them. It also continuously checks for new issues and alerts users if any are detected.

Using AI for website accessibility is a great way to ensure that your business can serve the needs of an ever-growing number of customers. It can also help you attract a newer audience, drive traffic and increase sales.

Chatbots and Voice Assistants for Users With Disabilities

Chatbots and voice assistants can help users with disabilities in a number of ways. For example, they can assist in learning new languages like American Sign Language and interacting with computers via voice commands. In addition, they can improve independence and social interactions for people with disabilities.

Capacitabot is a use case that uses the power of a chatbot to support and train people with intellectual disabilities. This application allows them to practice their skills and social abilities in a safe and secure way.

A chatbot can also assist a user in requesting services or products from a business and helping them make informed decisions. This can save a business a lot of time and resources.

Using a chatbot can also make it easier for companies to handle recurring requests that come in on a daily basis, thereby freeing up human resources to work on more important tasks. They can be integrated on websites, social media platforms and instant messengers to make it easier for a user to interact with a company without having to contact an agent.

Although the advent of chatbots is still in its nascent stages, they are being used more and more by businesses to improve customer satisfaction and engage customers. The best part is, there are plenty of tools available that can assist you in deploying your own chatbot to improve the efficiency of your business.

Using AI for Website and App Content Accessibility

Accessibility is important to ensure your website and apps meet the requirements of people with disabilities. Failure to do so can result in costly lawsuits and a loss of a large segment of your potential customers.

Luckily, AI is starting to help make sure your site and app are accessible. It’s already helping to solve a number of the problems facing the disability community, and it’s only going to get better in the future!

Text abstracting: One of the most common problems that disabled users face is not understanding long pieces of text. Fortunately, you can now use AI to create text summaries that will help them understand your content.

Image recognition: WCAG requires alternative text descriptions for images, so you can use AI to generate these for people who are unable to see the content. Adobe Sensei, for example, offers a feature that will analyze and create the appropriate text description.

Language translation: Another problem faced by people with disabilities is the difficulty of translating languages. Fortunately, AI can now help you to translate languages in real time and with as much accuracy as human translators.

Closed captioning: This feature is difficult to implement for many websites, but it’s a requirement under WCAG level AA (higher than AA). With the help of an AI-powered system, you can offer closed captions that will improve web accessibility and help more deaf and hard-of-hearing users easily view your video content.

Future of Website and App Accessibility With AI

How does AI help to make the future of website and app accessibility more inclusive?

Web accessibility has long been a difficult and time-consuming task. Even the most technically compliant digital products still have problems that affect the experience of users with different disabilities.

Fortunately, advancements in artificial intelligence (AI) are providing a more accessible web for everyone. Here’s how:

Image Recognition

One of the biggest challenges for people with visual impairments is identifying images on websites. Thankfully, AI is making this process easier with image recognition technology.

This technology can automatically detect text descriptions on images and provide them to screen readers.

The algorithms are also getting better at detecting graphical elements on a page, such as graphs, which are often more difficult for visually impaired users to see.

Language Identification

Similar to image recognition, AI is enabling automated language identification as well, such as Lite apps and a growing number of voice-to-text services.

Machine learning could also be used to detect issues with keyboard navigation. For example, if a webpage’s hamburger menu is collapsed or inaccessible to low-vision users, AI could flag it for manual testing.

Accessibility with AI: Automated Solutions

Some of the more common use cases of AI in web accessibility include accessibility testing, remediation, and automatic rescans for ongoing compliance. There’s no question that these AI-based solutions have the potential to save business owners time, money and headaches when it comes to ADA and WCAG requirements.

The Impact of ChatGPT and Bard on Accessibility Standards

Since the startup OpenAI released ChatGPT (Generative Pre-trained Transformer) in November of last year, the race to develop a generative artificial intelligence tool has brought two of the greatest tech companies, Microsoft and Google, against each other.

The AI Battle between ChatGPT and Bard

There have been high-profile errors made by both Google's ChatGPT and OpenAI's Bard, based on their large language models that generate text with impressive skill. But one thing has been clear: Speedy iteration is critical to succeed in AI, and these chatbots have fallen short of that standard.

It's also a concern that the models themselves don't provide sources for their responses, meaning it's impossible to know how accurate the information they produce is. This has led to a number of questions being asked on developer question-and-answer site Stack Overflow about the accuracy of answers produced by ChatGPT and similar chatbots.

Another issue is that they often write plausible-sounding but incorrect or nonsensical answers, according to a post on the company's blog. These errors have already led a German company to warn of "a serious privacy risk" and have raised concerns about how the models are used to recommend products or services.

OpenAI is attempting to remedy these issues by launching ChatGPT Pro, which will let users control their own responses to ChatGPT. However, the service has a waitlist, and is currently available only for paid subscribers. It promises to "produce always-available, fast responses." The service costs $20 a month and is available on Discord.

AI-Based Accessibility Testing for Websites and Apps

AI-based accessibility testing is a great way to help improve the experience of all web users. It can detect and fix many accessibility issues, including identifying text, image, and speech recognition errors.

However, there are some challenges that AI-based systems might face in their testing of websites and apps. These include false positives, complex websites, understanding the users' needs, and data bias.

Using AI-based systems to perform WCAG compliance tests can be challenging and expensive, but it is an important step in ensuring that all web content is accessible for people with disabilities.

The best tools for implementing AI-based accessibility testing are those that offer an extensive range of features and support multiple languages. These tools are also able to identify and fix accessibility issues quickly.

A good example of an AI-based accessibility testing tool is Siteimprove, which crawls websites and provides reports on quality control problems and WCAG compliance issues. The tool uses AI and computer vision to analyze websites for accessibility flaws, providing detailed reports that show a complete picture of accessibility issues on the web.

Chatbots are another example of a technology that can be made accessible by AI-based solutions. These can be used by people who are blind, deaf, or have low vision.

Image captioning is an essential accessibility criterion that requires alternative text descriptions for non-text content, like images. Machine learning algorithms can be trained to provide an accurate description of the content and the context of the image.

Chatbots and Bard for Improving Accessibility in Customer Service

Increasing Accessibility in Customer Service

Chatbots have become increasingly popular among businesses and consumers, especially when it comes to information retrieval. They can answer questions, provide support, and interact with customers in a natural, familiar way. This has significantly improved user satisfaction and customer loyalty.

Bard for improving accessibility in customer service

Google recently released a new chatbot called Bard, which is designed to rival OpenAI's ChatGPT and Microsoft's Bing chatbot. Like ChatGPT, Bard is built on a large language model and trained to respond to questions. However, it draws its answers from the web to generate fresh and relevant responses.

Unlike other AI tools that may have biased information, Bard is designed to work alongside search and not replace it. It will improve with feedback, Google said in a blog post about the technology.

The search giant says Bard can provide a "natural, human-like conversation" and can go beyond text replies to other mediums such as images or audio. It also allows users to interact with it in their native languages, which is a benefit for those with limited English proficiency or who speak multiple foreign languages.

However, while AI chatbots can be a useful resource for customer service, they are still prone to misinterpretation and misuse. This is why it's important to use them with care. Moreover, they have to be tested and monitored regularly to prevent them from spreading misinformation or plagiarising content. This is especially the case with AI tools that are built on a large language model, such as ChatGPT and Bard.

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