Why "Clickable" Elements Must Be Identifiable by Tech
Introduction
In our increasingly digital world, user experience is everything. But for millions of people with disabilities, navigating websites and digital interfaces can be needlessly difficult—if not impossible—due to poor accessibility practices. One overlooked yet critical accessibility issue is the failure to make “clickable” elements easily identifiable by assistive technology.
Whether you're building a site in WordPress, managing a web application, or updating an eCommerce platform, understanding why interactive elements need to be programmatically distinguishable is a core part of accessible and inclusive design. This blog dives deep into why clickable elements must be identifiable by technology, how this impacts legal frameworks like the ADA, WCAG, and EAA, and how a business-friendly accessibility solution like allyWay can support your compliance efforts and enhance user experience.
Let’s examine the consequences of inaccessible interactions—along with the tools and best practices that help reduce digital barriers.
The Importance of Recognizing Clickable Elements in Accessibility
Clickable elements—such as buttons, links, icons, and toggles—serve as the primary means of interaction on websites. But if assistive technologies like screen readers, voice controls, and switch devices cannot recognize these interactive elements, the site becomes unusable to countless visitors.
What Does it Mean to Be "Identifiable by Tech"?
When we say clickable elements must be identifiable by tech, we're referring to their semantic recognizability. That is, assistive technologies need to understand:
- What the element is (Is it a button? A link? A form input?)
- What it does (Does it open a modal? Submit a form? Navigate to a new page?)
- Whether it is currently actionable or inactive
Without clear semantics and proper markup, these elements become invisible or misleading for users relying on accessibility tools.
Real-Life Barriers Caused by Poorly Labeled Clickables
The absence of identifiable clickable elements can lead to a range of usability failures, including:
- Screen readers skipping over interactive buttons because they aren't properly coded
- Users with motor impairments unable to trigger on-screen controls due to inadequate focus states
- High cognitive load when users cannot quickly understand how to interact with key functions
- Frustration, abandonment, and complaints due to not being able to complete essential tasks like checking out, submitting a form, or accessing profiles
These experiences don't just hurt users—they can result in reputational damage, elevated support costs, and increase the risk of legal complaints.
Accessibility Standards: What the Laws Say
Understanding the legal landscape is essential. While this article does not promise legal compliance, it’s important to know which guidelines apply to clickability and interactivity.
WCAG 2.1 Guidelines
The Web Content Accessibility Guidelines (WCAG) 2.1, developed by the W3C, set the global standard for accessibility. Relevant success criteria include:
- 1.3.1 Info and Relationships → Ensure that structure and relationships in content can be programmatically determined.
- 2.1.1 Keyboard → All functionality must be available from a keyboard.
- 2.4.4 Link Purpose (In Context) → The purpose of each link must be able to be determined from its context.
- 4.1.2 Name, Role, Value → All user interface components must clearly identify their name and role to assistive tech.
EN 301 549 & EAA (European Accessibility Act)
EN 301 549, aligned closely with WCAG, is the European standard for accessible ICT products and services. The European Accessibility Act (EAA) requires that public-facing websites and mobile apps across various industries be designed for usability by people with disabilities.
Failing to make interactive elements recognizable by tech can lead to claims of non-conformance within this scope.
ADA and Section 508
In the United States, the Americans with Disabilities Act (ADA) and Section 508 of the Rehabilitation Act enforce accessibility in public and federal digital services. Courts have frequently interpreted the ADA to apply to commercial websites.
Common Mistakes with Clickable Elements
To understand what to fix, we need to know what often goes wrong. Here are examples of missteps that make clickable elements inaccessible:
❌ Non-Semantic HTML
Developers using <div> or <span> tags with JavaScript click events instead of semantic tags (e.g., <button>, <a>). This makes the element invisible to screen readers.
❌ Missing ARIA Labels or Roles
Clickable icons or buttons without labels or the correct ARIA (Accessible Rich Internet Applications) roles leave assistive technologies unable to interpret them.
❌ Poor Focus Management
Interactive elements that can't be navigated via keyboard or don’t show visible focus indicators exclude users with mobility impairments.
❌ Failing Color Contrast
Elements that are technically visible but not visually distinguishable due to low contrast ratios can be inaccessible to users with low vision.
allyWay: Supporting Your Efforts Toward Better Accessibility
allyWay is a business-friendly accessibility platform designed to support your digital accessibility goals. While no solution can automatically guarantee legal compliance, allyWay reduces accessibility barriers and helps organizations elevate their efforts through powerful tools:
allyWay Key Features:
| Feature | Description |
|---|---|
| ✓ Over 30 Accessibility Features | Including color contrast adjustment, keyboard navigation, and screen reader optimization |
| ✓ 5 Accessibility Profiles | Tailored experiences for users with dyslexia, vision impairment, epilepsy, ADHD, and cognitive disability |
| ✓ AI-Powered Accessibility Audit | Quickly detect clickable and other interactive elements with accessibility gaps |
| ✓ Multilingual Support | Interface and profiles available in more than 35 languages |
| ✓ Seamless WordPress Integration | Ideal for custom sites, themes, and WooCommerce environments |
| ✓ Realtime Optimization | Identify and improve non-identifiable clickable components on the fly |
Inclusive Design Principles: Clickability and User Expectations
Making clickable elements identifiable isn't just about assistive tech—it's about good design. Applying the principles of inclusive design can benefit all users.
Core Inclusive Design Practices for Clickables
- Use Semantic HTML: Always use
<button>for buttons and<a href="...">for links. - Add Descriptive Text: Include meaningful labels via
aria-labelor visible text. - Ensure Keyboard Navigation: Every interactive element should be reachable and usable via keyboard.
- Design Clear Hit Areas: Increase target size for touch interfaces to 44x44px recommended minimum.
- Maintain Visual Consistency: Visually indicate that a button is clickable through color, shadow, motion, or hover effects.
- Provide Focus Indicators: Use clear outlines so users can track focus when tabbing.
Developer Tips: How to Make Clickable Elements Recognizable
Want practical guidelines? Here’s your checklist.
Developer Checklist for Clickable Accessibility
| Item | Criteria | Tools |
|---|---|---|
| Use Native Elements | Use <button>, <a> where appropriate |
Browser dev tools |
Include role When Necessary |
Role=“button” for custom elements | Chrome Accessibility Tree |
| Add ARIA Labels | Help describe function | WAVE Tool |
| Manage Keyboard Focus | Use tabindex and focus() if needed |
Keyboard only testing |
| Add Visual Cues | Hover, active, focus states | CSS styles, focus ring |
| Validate Contrast Ratios | Meet AA/AAA contrast levels | WCAG Contrast Checker |
| Test with Screen Readers | Validate announcement and navigation | NVDA, JAWS, VoiceOver |
How allyWay Assists with Interactive Accessibility
allyWay is more than a plugin—it's a platform built to support digital accessibility efforts. Its AI tools can:
- Identify non-semantic clickable elements
- Suggest updates to make buttons declarative
- Highlight missing ARIA labels or keyboard focus traps
- Provide runtime adjustments without code rewrites
- Help your team consistently apply best practices
With allyWay, organizations can scale accessibility improvements efficiently across websites or applications—reducing manual testing cycles and accelerating inclusive development.
allyWay vs Manual Mitigation
| Task | Manual Process | allyWay-Supported |
|---|---|---|
| Identifying Clickables | Requires audit line-by-line | AI-powered audits surface issues quickly |
| Fixing Focus Traps | Developer must set up and test | allyWay provides focus management templates |
| Improving Navigation | Manual scripting of keyboard logic | allyWay enables keyboard accessibility out-of-the-box |
| Labeling Buttons | Manually add ARIA attributes | allyWay flags missing or poorly labeled elements |
| User Testing | Time-consuming across profiles | 5 preset accessibility profiles simulate diverse user needs |
FAQs on Clickable Elements & Digital Accessibility
Why is clickability significant for users with disabilities?
Without clear, machine-readable identifiers, users relying on screen readers, switches, or voice navigation cannot understand or interact with website content.
Can JavaScript-powered buttons be accessible?
Yes—but only if they include semantic roles, accessible text labels, and can be used via keyboard and assistive devices.
Does using <a> with no href hurt accessibility?
Yes. A link without a valid href is not focusable or announced as a link. If used as a button, it must be converted properly with roles and scripting.
Can allyWay make my site “compliant” with web accessibility laws?
No. allyWay supports accessibility improvements and helps reduce barriers, but legal compliance requires comprehensive audit and implementation, along with organizational policy alignment.
Is WordPress automatically accessible?
No. While WordPress offers foundational accessibility features, themes and third-party plugins may introduce
