Accessibility for Technology Websites: Meeting Standards Your Users Expect

Technology companies tend to assume their websites are accessible because the people building them understand code. That assumption is dangerous. A development team that writes clean JavaScript and follows modern front-end frameworks is not the same as a team that has tested its output against assistive technologies, keyboard navigation patterns and the full range of cognitive and motor disabilities that affect how people interact with digital products. For companies offering website accessibility for technology companies, accessibility is not a secondary concern. It is a baseline expectation from procurement teams, enterprise buyers and public sector clients who increasingly require WCAG conformance as a condition of doing business.

The Web Content Accessibility Guidelines, maintained by the W3C Web Accessibility Initiative, set the standard that most organisations reference when evaluating digital accessibility. For technology companies selling into regulated markets or working with government bodies, meeting WCAG 2.2 at Level AA is the minimum threshold that buyers expect. Falling short does not just create legal exposure. It signals to potential clients that your organisation has not thought carefully about inclusivity. That is a difficult position to recover from when you are competing for contracts where attention to detail matters.

Why Technology Companies Face Greater Scrutiny on Accessibility

Buyers of technology products and services apply higher standards to the companies they evaluate. If you build software or manage IT infrastructure or provide digital platforms, the expectation is that your own website reflects the quality of your work. A SaaS company whose marketing website fails basic keyboard navigation tests sends a clear message about the rigour of its engineering culture. Enterprise procurement teams notice these things. They make judgements based on them.

Public sector procurement adds another layer. UK government bodies are required to meet accessibility standards under the Public Sector Bodies (Accessibility Regulations) 2018. They increasingly expect their suppliers to demonstrate the same commitment. A technology company bidding for a government contract with an inaccessible website creates an immediate credibility gap. The procurement team will question whether a company that cannot make its own website accessible can be trusted to deliver accessible products.

There is also a commercial dimension that goes beyond compliance. The disability spending power in the UK, known as the Purple Pound, represents a significant market segment. Technology companies that exclude disabled users from their websites are not just failing a moral test. They are leaving revenue on the table by creating barriers that prevent potential customers from completing key actions like requesting demos, downloading resources or submitting contact forms.

Understanding WCAG 2.2 and What It Requires

WCAG 2.2, published in October 2023, builds on the foundation established by earlier versions. It introduces several new success criteria that are particularly relevant to technology websites. The guidelines are organised around four principles, often referred to by the acronym POUR: perceivable, operable, understandable and strong. Each principle addresses a different dimension of how users interact with web content. Each contains specific criteria at three conformance levels: A, AA and AAA.

Level AA is the standard that most organisations target. It is the level referenced in UK accessibility regulations for public sector websites. For technology companies, Level AA conformance covers the areas that matter most: sufficient colour contrast for text and interactive elements, keyboard operability for all functions, meaningful alternative text for images, properly structured headings and landmarks, plus form inputs that are clearly labelled with useful error messages.

The new success criteria in WCAG 2.2 address areas that earlier versions overlooked. Dragging movements (2.5.7) requires that any functionality triggered by dragging can also be achieved through a single pointer action. This is relevant for technology companies whose websites include interactive dashboards, drag-and-drop interfaces or visual configurators. Focus Not Obscured (2.4.11) requires that when an element receives keyboard focus, it is not entirely hidden behind other content like sticky headers or cookie banners. These are issues that appear frequently on technology websites where complex layouts and fixed navigation elements are common.

Common Accessibility Failures on Technology Websites

Technology websites share a set of recurring accessibility problems that are worth examining in detail. Understanding where failures tend to cluster helps prioritise remediation work and avoid repeating mistakes during redesigns or new feature development.

Interactive product demonstrations are one of the most common problem areas. Technology companies use animated walkthroughs, embedded demos and interactive feature tours to showcase their products. These elements are often built with complex JavaScript frameworks that prioritise visual impact over accessibility. A screen reader user encountering a product tour that relies entirely on mouse hover states and visual transitions receives no useful information about the product at all. The marketing team has invested time and budget in a feature that excludes a meaningful portion of their audience.

Form accessibility is another area where technology companies frequently fall short. Contact forms, demo request forms and trial sign-up forms are the primary conversion points on most technology websites. When these forms lack proper label associations or do not provide clear validation feedback or use placeholder text as the only indication of what a field requires, they create barriers for users who rely on assistive technology. A form that looks clean and minimal to a sighted user can be unusable for someone using a screen reader if the underlying markup does not connect labels to inputs correctly.

<!-- Accessible form with proper label associations -->
<form action="/contact" method="post">
  <div class="form-group">
    <label for="company-name">Company name</label>
    <input type="text" id="company-name" name="company"
      required aria-required="true"
      aria-describedby="company-hint" />
    <span id="company-hint" class="hint">
      Your registered company name
    </span>
  </div>
  <div class="form-group">
    <label for="service-type">Service required</label>
    <select id="service-type" name="service"
      required aria-required="true">
      <option value="">Select a service</option>
      <option value="consulting">IT Consulting</option>
      <option value="managed">Managed Services</option>
    </select>
  </div>
  <button type="submit">Submit enquiry</button>
</form>

Navigation structures on technology websites tend to be complex. Products with multiple tiers, service categories that overlap and resource libraries with dozens of content types all contribute to navigation systems that are difficult to traverse without a mouse. Mega menus that expand on hover, fly-out submenus that close when focus moves and hamburger menus that do not trap focus correctly are all issues that appear regularly during website accessibility audits.

Video content presents its own challenges. Technology companies use video for product demonstrations, webinar recordings, customer testimonials and explainer content. Without captions, transcripts and audio descriptions where needed, this content is inaccessible to users with hearing impairments. Auto-generated captions, while better than nothing, frequently struggle with technical terminology and product names. They produce captions that are misleading rather than helpful.

The Business Case for Accessibility in Technology

Accessibility work generates returns that extend well beyond compliance. For technology companies, the business case connects to several areas that directly affect revenue, reputation and market access.

Enterprise sales cycles frequently include vendor assessments that evaluate accessibility. A technology company responding to a request for proposal from a large organisation or a government body will often find accessibility requirements embedded in the evaluation criteria. Companies that can demonstrate WCAG conformance, provide accessibility statements and show evidence of ongoing accessibility testing have a competitive advantage over those that treat accessibility as an afterthought. In markets where product features and pricing are closely matched between competitors, the accessibility of your digital presence can be the differentiating factor that wins or loses a deal.

Search engine performance is also connected to accessibility in practical ways. Many of the elements that make a website accessible, such as structured heading hierarchies, descriptive alternative text, semantic HTML and clear link text, also contribute to how effectively search engines understand and index content. Technology companies investing in search engine optimisation will find that accessibility improvements often deliver SEO benefits as a side effect. That makes the work doubly productive.

“The power of the Web is in its universality. Access by everyone regardless of disability is a fundamental aspect.” – Tim Berners-Lee, W3C Director and inventor of the World Wide Web

Usability improvements for all users represent another tangible benefit. Accessibility fixes rarely affect only disabled users. Improving colour contrast makes content easier to read in bright sunlight on a laptop screen. Adding keyboard navigation support benefits power users who prefer keyboard shortcuts. Writing clearer error messages helps everyone complete forms more efficiently. These improvements raise the overall quality of the user experience, which has a direct impact on conversion rates and user satisfaction metrics.

Building Accessibility Into Your Development Process

Retrofitting accessibility into an existing website is possible, but it is significantly more expensive and time-consuming than building it in from the start. Technology companies that treat accessibility as a design and development requirement rather than a post-launch remediation project save time, reduce rework and deliver better outcomes for their users.

The starting point is integrating accessibility into your design system. If your organisation uses a component library or design system to maintain consistency across its digital products, accessibility requirements should be built into every component. Buttons, form fields, navigation elements, modals, accordions and tab panels should all be designed and coded with accessibility as a core requirement. It should not be something that gets bolted on later. The WebAIM contrast checker is a useful tool during the design phase for verifying that colour combinations meet the required contrast ratios.

Automated testing catches a portion of accessibility issues, but it cannot catch everything. Tools like axe, Lighthouse and WAVE identify problems with colour contrast, missing alternative text, empty links and basic heading structure. They do not reliably identify whether a custom component is truly keyboard-operable, whether focus management in a single-page application works correctly or whether the reading order of a page makes sense when the visual layout is removed. Manual testing with assistive technologies is necessary to cover these gaps.

• Include accessibility acceptance criteria in user stories and feature specifications
• Test with keyboard-only navigation during development, not just at the end of a sprint
• Use a screen reader (NVDA on Windows, VoiceOver on macOS) to verify that content structure and interactive elements are announced correctly
• Review colour contrast ratios during the design review stage, before components reach development
• Run automated scans as part of your continuous integration pipeline to catch regressions early

Training your team is an investment that pays for itself over time. When designers understand the accessibility implications of their choices and developers know how to implement ARIA attributes correctly, fewer issues reach production. Accessibility training does not need to be a one-off event. Regular sessions that cover new guidelines, review common failures and share examples of good practice help maintain awareness across the team.

Accessibility Statements and Transparency

An accessibility statement is a public declaration of your organisation’s commitment to accessibility. It is also an honest account of where your website currently stands. For public sector organisations, publishing an accessibility statement is a legal requirement. For technology companies in the private sector, it is increasingly expected by enterprise buyers and demonstrates a mature approach to digital quality.

A good accessibility statement identifies the standard you are conforming to (typically WCAG 2.2 Level AA), describes any known limitations or areas of non-conformance, explains what you are doing to address those limitations and provides contact information for users who encounter barriers. It should be honest rather than aspirational. Claiming full WCAG 2.2 AA conformance when your website has known issues is worse than acknowledging those issues and explaining your plan to resolve them. Transparency builds trust, particularly with disabled users who are accustomed to encountering barriers and appreciate organisations that take the issue seriously.

The statement should be easy to find. It is typically linked from the footer of your website. It should be written in plain language rather than legal terminology. Review it and update it at least annually or whenever significant changes are made to the website. Technology companies that publish detailed, honest accessibility statements signal to the market that they understand the importance of inclusive design and are willing to be held accountable for their progress.

Legal Requirements and Regulatory Direction in the UK

The legal position on website accessibility in the UK continues to develop. The Equality Act 2010 requires service providers to make reasonable adjustments to avoid putting disabled people at a substantial disadvantage. Courts and regulators have increasingly interpreted this as applying to websites and digital services. While there has not been a flood of litigation targeting private sector websites in the UK, the direction of travel is clear.

The UK government’s accessibility requirements for public sector bodies set a clear precedent. Public sector websites and mobile applications must meet WCAG 2.2 Level AA and publish an accessibility statement. Technology companies that supply the public sector are expected to meet the same standards. Procurement frameworks increasingly include accessibility as a scored criterion rather than a tick-box exercise.

The European Accessibility Act, which took effect from June 2025, introduces accessibility requirements for a range of products and services including e-commerce platforms, banking services and electronic communications. While the UK is no longer bound by EU legislation, many technology companies operating in European markets will need to comply. This creates a practical incentive for UK technology companies to adopt WCAG 2.2 Level AA as their standard, regardless of the specific legal requirements in any single jurisdiction.

Insurance and risk considerations are worth mentioning too. As awareness of digital accessibility grows, so does the potential for legal claims and regulatory action. Technology companies that can demonstrate a forward-thinking approach to accessibility, supported by regular audits and an accessibility statement and an ongoing remediation programme, are better positioned to defend against complaints than those that have done nothing. Investing in accessibility now is cheaper than responding to a legal challenge later.

Choosing the Right Approach to Accessibility Remediation

For technology companies with existing websites that do not meet WCAG 2.2, the question is how to approach remediation in a way that is effective without being disruptive. A full redesign is not always necessary. In many cases, targeted remediation of the most impactful issues can bring a website to a reasonable level of conformance within a structured timeframe.

The first step is an audit. A thorough accessibility audit combines automated scanning with manual testing across a representative sample of page templates. The audit should cover the homepage, key landing pages, contact and conversion forms, resource libraries and any interactive features like product demos or pricing calculators. The output should be a prioritised list of issues, categorised by severity and the effort required to fix them.

Prioritisation should focus on the issues that affect the most users and the most important user journeys. A colour contrast failure on the main call-to-action button affects every visitor and should be fixed immediately. A missing heading level in a blog archive template is less urgent but should still be addressed. Working through issues in priority order ensures that the most impactful improvements are delivered first, even if full conformance takes longer to achieve.

Accessibility remediation is most effective when it starts with the user journeys that matter most commercially. Fixing the contact form before the archive page. Making the pricing calculator keyboard-operable before the team bio section. Impact-led prioritisation delivers the biggest improvements first.

Overlay tools and widgets that claim to make websites accessible with a single line of code should be treated with scepticism. These products have been widely criticised by the accessibility community for creating a false sense of compliance while failing to address the underlying issues. The Equalize Digital accessibility checker is a more credible approach for WordPress-based technology websites, providing actionable issue identification that supports genuine remediation rather than superficial fixes.

Technology companies should view accessibility not as a project with a fixed end date but as an ongoing commitment. Websites change. New features are added, content is updated and design elements evolve. Without ongoing monitoring and periodic re-auditing, accessibility gains can erode over time as new issues are introduced through routine updates. Building accessibility checks into your content publishing workflow and your web design and development process ensures that conformance is maintained as your website grows.

What Accessible Technology Websites Look Like in Practice

An accessible technology website does not look different from an inaccessible one at first glance. The visual design can be just as polished, the layout just as sophisticated and the functionality just as rich. The difference lies in the code underneath and the attention to detail in how interactive elements behave when accessed through different input methods and assistive technologies.

Navigation works with a keyboard alone. A user can tab through the menu and activate links and buttons with Enter or Space. They can use Escape to close modal dialogs without reaching for a mouse. Focus indicators are visible, meaning users always know where they are on the page. Skip links allow keyboard users to bypass repetitive navigation and jump directly to the main content.

Forms provide clear, persistent labels that remain visible even when a field is active. Error messages appear in context, explain what went wrong in plain language and suggest how to fix the problem. Required fields are identified through more than just colour, because colour alone does not convey information to users who cannot perceive it. Form submission provides a clear confirmation that the action was successful.

Content is structured with proper heading levels that create a logical outline of the page. Screen reader users frequently navigate by headings, so a page where headings jump from H2 to H5 or where headings are used purely for visual styling rather than to indicate content structure creates confusion. Images have alternative text that conveys their meaning in context, not just a filename or a generic description like “image.” Tables include proper header associations so that screen readers can announce the relationship between data cells and their column or row headers.

Building a technology website that meets these standards requires attention from designers, developers and content creators working together. It is not solely a development task. Treating it as one is why many technology companies fall short. Accessibility is a team responsibility. Companies that approach it that way produce websites that work for everyone.