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Mobile App Accessibility: Testing Guidelines & Checklist
Mobile app accessibility guide: WCAG 2.2 criteria for phones, iOS and Android assistive features, a 14-point checklist, and testing with VoiceOver and TalkBack.
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Mobile accessibility testing checks whether an Android or iOS app works for users with visual, auditory, motor, or cognitive impairments.
The Web Content Accessibility Guidelines, the current W3C accessibility standard, set measurable pass or fail criteria for this testing, including minimum touch-target size and screen-reader compatibility.
This guide covers why mobile accessibility testing matters, the checklist to run, testing approaches and tools, and the steps to run a test end to end.
TL;DR
- Mobile accessibility testing checks whether an app works for users with visual, auditory, motor, or cognitive impairments.
- WCAG 2.2 is the current W3C accessibility standard and adds mobile-relevant criteria such as minimum touch-target size and a dragging-movement alternative.
- Manual testing with TalkBack on Android and VoiceOver on iOS catches usability issues that automated scanners miss.
- Automated scanners such as Google's Accessibility Scanner and Xcode's Accessibility Inspector catch small touch targets and missing labels but cannot judge context or intent.
- The Americans with Disabilities Act, WCAG, the CVAA, and the European Accessibility Act each set legal accessibility requirements for mobile apps.
- Combining manual testing, automated scanning, and feedback from users with disabilities gives the most complete picture of an app's accessibility.
What Is Mobile Accessibility Testing?
Mobile accessibility testing is a crucial subset of software testing that focuses on ensuring mobile applications are accessible to all users, including those with disabilities. This testing evaluates how easily individuals can access and use content on mobile devices such as smartphones and tablets.
The term "a11y," a shorthand for accessibility, highlights its significance in testing. It stems from the fact that there are 11 letters between the 'a' and 'y' in "accessibility." By performing accessibility testing, teams can identify and rectify design issues that may prevent users with disabilities from fully engaging with the mobile application.
Why Perform Mobile Accessibility Testing?
Mobile accessibility testing is important for several reasons, some of which are as follows:
- It addresses diverse needs, including those using assistive technologies, mobile accessibility testing aligns with organizations' goals of providing inclusive digital applications and services.
- It involves validating the correct implementation of essential accessibility features such as screen readers, keyboard navigation, appropriate color contrast, and readable text size.
- It includes assessing the color schemes and text sizing within the application to ensure that content is legible and distinguishable on smaller mobile screens.
- It helps meet legal obligations that help mitigate the risk of discrimination-related lawsuits.
The Web Accessibility Initiative (WAI) within the World Wide Web Consortium (W3C) brings together individuals and groups worldwide to create strategies and directives and help facilitate accessibility for individuals with disabilities on the web.
WAI's mobile accessibility guidance explains how WCAG applies to websites and native apps on phones and tablets. It also addresses accessibility issues like the diverse screen sizes of mobile devices and different input modalities, including speech gestures, touchscreen, etc.
The audience is large: the World Health Organization estimates that 1.3 billion people, 16% of the global population, experience significant disability.
Note: Test your Android and iOS apps with TalkBack and VoiceOver on real devices. Try TestMu AI Today!
Rules Defining Accessibility in Mobile Apps
Mobile app accessibility is guided by key regulations designed to ensure everyone, including those with disabilities, can use digital services. These laws and standards set the requirements:
- Americans with Disabilities Act (ADA) - The US civil rights law bars discrimination against people with disabilities. The Department of Justice's 2024 ADA Title II rule names mobile apps alongside web content and sets WCAG 2.1 Level AA as the technical standard for state and local governments. After an April 2026 interim final rule, entities serving 50,000 or more people must comply by April 26, 2027, and smaller entities and special district governments by April 26, 2028.
- Web Content Accessibility Guidelines (WCAG) - Created by the World Wide Web Consortium (W3C), these guidelines are globally recognized as the standard for web accessibility. They offer clear principles and practical steps to make web content accessible to a broad spectrum of disabilities. The guidelines are categorized into three levels of accessibility (A, AA, AAA), with AA being the target level for most compliance efforts.
- Twenty-First Century Communications and Video Accessibility Act (CVAA) - This US law covers advanced communications services, such as text messaging and video communication, so a mobile app that offers these features can fall within its accessibility requirements.
- European Accessibility Act (EAA): Enforced since June 2025 in EU member states, the EAA seeks to enhance the accessibility of products and services in the EU market. This includes e-commerce platforms, electronic reading formats, and mobile apps. It requires all new products and services marketed to be accessible, thus widening the scope of compliance beyond traditional web content.
Which WCAG 2.2 Criteria Matter Most on Mobile?
All of WCAG applies to apps, but these success criteria describe the problems that show up most often on small touch screens. Three of them, 2.4.11, 2.5.7, and 2.5.8, are new in WCAG 2.2, according to W3C's summary of what is new in WCAG 2.2.
| Success criterion | Level | What it means on mobile |
|---|---|---|
| 2.5.8 Target Size (Minimum) | AA | Tap targets are at least 24 by 24 CSS pixels, with exceptions such as enough spacing or an equivalent larger control. |
| 2.5.7 Dragging Movements | AA | Anything done by dragging, such as a slider or a reorderable list, also works with a single tap or click. |
| 2.4.11 Focus Not Obscured (Minimum) | AA | A focused field is not completely hidden by a sticky header, cookie banner, or on-screen keyboard. |
| 2.5.1 Pointer Gestures | A | Multi-finger or path-based gestures, such as pinch or swipe patterns, have a single-pointer alternative. |
| 1.3.4 Orientation | AA | Content works in both portrait and landscape unless one orientation is essential. |
| 1.4.3 Contrast (Minimum) | AA | Text has at least a 4.5:1 contrast ratio, or 3:1 for large text, which matters more on a phone used outdoors. |
To see how a real page measures up, I ran axe-core against the TestMu AI ecommerce playground at a 390 x 844 touch viewport, similar to a current iPhone, on Chrome on the TestMu AI cloud, with WCAG 2.0, 2.1, and 2.2 A and AA rules. The page passed 29 rules, including the WCAG 2.2 target-size check, and failed 3: low text contrast on 8 elements, 1 link with no accessible name, and 1 scrolling marquee that users cannot pause. The contrast failures break 1.4.3 in the table, and the marquee breaks 2.2.2 Pause, Stop, Hide.
Mobile Accessibility Features and Apps
Your app has to work with the assistive technology built into each operating system. These are the features to test against, named as Apple and Android Accessibility Help name them:
| Need | iOS | Android |
|---|---|---|
| Screen reader | VoiceOver | TalkBack |
| Voice control | Voice Control | Voice Access |
| Switch control | Switch Control | Switch Access |
| Magnification | Magnifier | Magnification |
| Captions | Live Captions | Live Caption |
- VoiceOver and TalkBack - Both screen readers announce each control by its name and role, so an icon button with no label is silent. On Android, TalkBack ships in the Android Accessibility Suite, which also bundles Switch Access, Select to Speak, and the Accessibility Menu.
- Voice Control and Voice Access - Users operate the phone by speaking the label they see, so the visible text on a button has to match its accessible name.
- Switch Control and Switch Access - Users move through the screen with adaptive switches, so every action, including swipes and drags, must be reachable by scanning from item to item.
- Magnifier and Magnification - Zoom and large system text break layouts that use fixed heights, so test key screens at maximum text size.
- Live Captions and Live Caption - The system generates real-time captions for audio in apps, but they do not replace accurate captions on your own prerecorded video.
Accessibility Scanner is a developer tool rather than a user feature; it is covered with the other analysis tools in the Mobile Accessibility Testing Tools section below.
What Should a Mobile Accessibility Test Cover?
A complete pass covers screen reader labels and reading order, touch target size and gestures, text scaling and contrast, captions, forms and error messages, and orientation. The checklist in the next section maps each check to its WCAG criterion.
Touch targets show why each check has to apply the WCAG rule rather than a plain measurement. I measured every visible link, button, and form field on the TestMu AI Selenium Playground home page at a 390 x 844 touch viewport on Chrome on the TestMu AI cloud:
- By measurement alone - 145 of 161 visible targets were smaller than 24 CSS pixels in at least one dimension, including a 22 x 22 menu button and list links 19 pixels tall.
- By the WCAG 2.2 rule - axe-core's target-size check, which applies the spacing exception in 2.5.8 Target Size (Minimum), passed all 161, because each small target had enough clear space around it.
A tester working from pixel sizes alone would have filed 145 false failures. Check spacing before logging a target-size bug, and still try the smallest controls with a finger on a real device, since passing the minimum does not make a 22 x 22 button easy to hit.
Mobile App Accessibility Checklist
Each row names the WCAG 2.2 success criterion and level, and how to verify it on iOS and Android. Level A and AA rows are what most laws require. Use the table to plan the test run, the subsections after it for detail, and the list of common accessibility issues to spot repeat offenders.
| Check | WCAG 2.2 | How to verify on iOS and Android |
|---|---|---|
| Every image and icon button has a text alternative | 1.1.1 Non-text Content (A) | Swipe through with VoiceOver and TalkBack; no control should be announced as just "button" or "image". |
| Controls expose a name, role, and state | 4.1.2 Name, Role, Value (A) | Check the Basic and Element sections in Xcode's Accessibility Inspector; run Accessibility Scanner on Android. |
| Reading and focus order match the screen | 1.3.1 (A), 2.4.3 Focus Order (A) | Move element by element with a screen reader and an external keyboard; order should follow the visual layout. |
| Touch targets are big enough | 2.5.8 Target Size (Minimum) (AA) | Check size and spacing as described above; Accessibility Scanner flags small targets. |
| Gestures and drags have a single-tap alternative | 2.5.1 Pointer Gestures (A), 2.5.7 Dragging Movements (AA) | Complete every swipe, pinch, and drag action with Switch Access or Voice Control instead. |
| Actions fire on release, not on touch down | 2.5.2 Pointer Cancellation (A) | Press a button, slide your finger off it, and lift; nothing should happen. |
| Works in portrait and landscape | 1.3.4 Orientation (AA) | Rotate the device on every screen; content must not lock to one orientation unless essential. |
| Text scales without loss | 1.4.4 Resize Text (AA), 1.4.10 Reflow (AA) | Set the largest system text size; nothing may be clipped or overlap, and mobile web must not scroll sideways at 320 CSS pixels. |
| Text contrast | 1.4.3 Contrast (Minimum) (AA) | 4.5:1 for normal text and 3:1 for large text; the Inspector audit and Accessibility Scanner both check contrast. |
| Color is never the only cue | 1.4.1 Use of Color (A) | View key screens in grayscale; errors and status must still be clear. |
| Video has captions | 1.2.2 Captions (Prerecorded) (A) | Play every video with sound off; captions must carry the speech and important sounds. |
| Form fields have labels and clear errors | 3.3.2 Labels or Instructions (A), 3.3.1 Error Identification (A) | Focus each field with a screen reader to hear its label, then submit invalid data and confirm the error is announced. |
| Focused fields stay visible | 2.4.11 Focus Not Obscured (Minimum) (AA) | Tab through forms with an external keyboard; the on-screen keyboard or a sticky bar must not fully cover the focused field. |
| Login needs no memory or puzzle test | 3.3.8 Accessible Authentication (Minimum) (AA) | Confirm password managers and paste work in login fields, and any CAPTCHA has an alternative. |
Screen Reader Labels and Structure
- Screen titles - Every screen has a title that VoiceOver and TalkBack announce when it opens.
- Headings - Section titles are marked as headings so screen reader users can jump between them.
- Roles - Native apps use platform accessibility roles and traits for buttons, links, and headings; ARIA landmarks such as navigation and search apply only to web views and hybrid apps.
- Decorative images hidden - Purely decorative images are hidden from assistive technology so they are not announced.
Touch Targets, Gestures, and Pointer Actions
- Placement - Keep primary actions within thumb reach in both hands and both orientations.
- Pointer cancellation - Do not trigger actions on the down event; complete them on the up event, and let users abort by sliding off before lifting.
- Gesture alternatives - Every swipe, pinch, or drag also works with a single tap or a visible button.
Screen Sizes, Orientation, and Text Scaling
- Text scaling - Layouts grow with the system text size instead of clipping fixed-height labels.
- Zoom - Mobile web and web views never disable pinch zoom with user-scalable=no or maximum-scale=1.
- Form layout - Place labels above fields so they stay visible on narrow screens.
These checks are quick to run. I loaded the TestMu AI ecommerce playground login page and the Input Form Demo on Chrome on the TestMu AI cloud at a 320 x 640 portrait viewport and an 844 x 390 landscape viewport, and compared each page's scroll width with the viewport width. Neither page scrolled sideways in either orientation, and neither page's viewport meta tag blocked zoom, so both pass the automated part of the reflow, orientation, and zoom checks. Text scaling still needs a manual pass at the largest system font size.
Color and Contrast
- Color alone - Pair every color cue, such as a red error border, with an icon or text.
- Dark mode - Recheck contrast in both light and dark themes, since each theme has its own color pairs.
For tested color pairs and ratios, see color contrast accessibility.
Content and Media
- No auto-playing distractions - Moving or auto-updating content can be paused.
- Consistent navigation - Tab bars and menus keep the same order and labels on every screen.
Forms and Data Entry
- Labels - Every input has a visible label that is also its accessible name.
- Input types and autofill - Use the right keyboard type and support autofill for names, emails, and addresses.
- Errors - Errors name the field and the fix, and screen readers announce them.
- External keyboards - Every field and button can be reached and used with a Bluetooth keyboard.
Approaches to Perform Mobile Accessibility Testing
To run accessibility tests, different approaches help to ensure the accessibility of mobile applications. Some of those approaches are as follows:
Manual Testing
Manual testing involves using the built-in accessibility features of mobile operating systems to test accessibility.
For Android apps, tools such as TalkBack (Android's screen reader), Switch Access, and various settings that adjust display and interaction settings are used to cover navigation, touch interactions, auditory feedback, and visual cues.
When it comes to iOS apps, features like VoiceOver (a screen reader), Switch Control, and Voice Control are used to simulate the interaction from the perspective of users with visual, motor, or speech disabilities.
Automation Testing
Automation testing involves writing automated test cases to check for specific accessibility criteria. This process uses accessibility testing tools that can speed testing and identify issues like color contrast, text size, and screen reader compatibility.
For instance, Google's Accessibility Scanner for Android scans apps and highlights areas that could hinder accessibility, such as small touch targets or insufficient color contrast. On iOS, the audit in Xcode's Accessibility Inspector does the same job for clipped text, unlabeled elements, and contrast.
Rule-based checklist items automate well: missing labels, contrast ratios, touch target size, and blocked zoom can be scanned on every build, and AI tools can draft alt text for unlabeled images. Items that depend on judgment do not: whether a label makes sense, whether the reading order is logical, and whether a gesture alternative is usable still need a tester using VoiceOver or TalkBack, and ideally people with disabilities.
User Testing
Gathering feedback from users with disabilities who interact with your app can provide invaluable insights into their experiences and challenges. This method helps ensure that the app not only complies with accessibility standards but also meets the practical needs of its users.
Testing With Analysis Tools
Testing with analysis tools is another approach for mobile accessibility testing. These tools offer a way to automate the scanning of your mobile application to identify accessibility issues. Even though these tools provide a valuable first pass at catching common issues, they are not exhaustive.
Mobile Accessibility Testing Tools
Google's guide to testing Android app accessibility recommends combining manual testing, analysis tools, automated tests, and user testing. The manual pass needs no extra tool: TalkBack, Switch Access, and Voice Access are built into Android, and VoiceOver and Voice Control are built into iPhone and iPad. Can you reach every element by swiping, and complete the main workflows with a switch or by voice?
For the scans and automated checks, the 9 mobile accessibility testing tools below are compared on seven capabilities. Each tool earned one point per capability its maker's own pages described on November 4, 2026. Claims from review sites or third-party lists were not scored, and quality was not rated. TestMu AI publishes this guide and is scored by the same rule as every other tool; all 9 are in score order, with ties listed alphabetically.
- Free - free to use, without a paid plan.
- iOS and Android - tests native apps on that platform.
- Hosted real devices - the maker runs the real phones and tablets for you.
- Test-suite checks - accessibility checks inside Espresso, XCUITest or Appium tests.
- Screen reader testing - VoiceOver or TalkBack testing offered by the tool or its maker.
- Issue tracking - files issues into Jira, GitHub or Azure DevOps.
"Not stated" means the pages checked did not describe the capability; it does not mean the tool lacks it.
| Tool | Free | iOS | Android | Hosted real devices | Test-suite checks | Screen reader testing | Issue tracking | Score |
|---|---|---|---|---|---|---|---|---|
| TestMu AI App Scanner | No | Yes | Yes | Yes | Yes | Yes | Yes | 6 |
| Deque Axe DevTools for Mobile | No | Yes | Yes | No | Yes | Not stated | Yes | 4 |
| Evinced Mobile Flow Analyzer | Not stated | Yes | Yes | Not stated | Yes | Not stated | Yes | 4 |
| Level Access Mobile App Testing | Not stated | Yes | Yes | Not stated | Yes | Not stated | Yes | 4 |
| Siteimprove mobile testing | No | Yes | Yes | No | Not stated | Yes | Yes | 4 |
| Accessibility Test Framework for Android | Yes | No | Yes | No | Yes | No | No | 3 |
| Accessibility Inspector (Xcode) | Yes | Yes | No | No | Not stated | No | No | 2 |
| Accessibility Scanner (Android) | Yes | No | Yes | No | No | No | No | 2 |
| Google Play pre-launch report | Yes | No | Yes | Not stated | No | No | No | 2 |
1. TestMu AI App Scanner
Best for: teams that want native app scans and screen reader checks on hosted real devices. App Scanner scans native iOS and Android apps for issues such as labels, color contrast, and touch target size on 50,000+ real devices, using 15 iOS and 18 Android baseline rules plus 34 newer rules shared by both platforms. The same checks run inside Appium tests, VoiceOver and TalkBack run on the same devices, and any violation can become a Jira or GitHub issue. It is a paid plan; see mobile app accessibility testing on TestMu AI.
2. Deque Axe DevTools for Mobile
Best for: teams that already use axe and their own device cloud. It covers native iOS (SwiftUI, UIKit), native Android (XML, Compose), and React Native, Flutter, or .NET MAUI apps through XCUITest, Espresso, UI Automator, and Appium, and runs on your existing device cloud. Deque does not publish its price.
3. Evinced Mobile Flow Analyzer
Best for: scanning app flows without adding an SDK. It scans Android and iOS apps on a real or virtual device, separate SDKs add checks to XCUITest, Espresso, and Appium tests, and issues go to Jira or Azure DevOps. Evinced does not publish prices.
4. Level Access Mobile App Testing
Best for: programs that also want expert audits and VPATs. Its SDK runs iOS and Android checks with Appium and in CI/CD, on your own devices, simulators, emulators, or cloud devices, against WCAG 2.0, 2.1, and 2.2, and it integrates with Jira and Azure DevOps. Level Access does not publish prices.
5. Siteimprove mobile testing
Best for: existing Siteimprove customers. It offers an Android app (Android 8 and later) and an iOS command-line tool for macOS that uses Appium with the XCUITest driver, available to active customers only, plus expert testing with screen readers and a Jira connector.
6. Accessibility Test Framework for Android
Best for: Android teams that want free checks in Espresso tests. Google's open-source library of accessibility checks runs automatically during instrumentation tests.
7. Accessibility Inspector (Xcode)
Best for: iOS developers inspecting one screen at a time. Apple's free tool inspects and audits the accessibility properties of iOS app screens; see this guide to using Accessibility Inspector.
8. Accessibility Scanner (Android)
Best for: a quick free check on a phone. Google's free app scans the screen you are on and suggests fixes for content labels, clickable items, contrast, and touch target size.
9. Google Play pre-launch report
Best for: Android apps published on Google Play. It runs accessibility checks on an uploaded build, grouped into touch target size, low contrast, content labeling, and implementation.
Older lists often include GTXiLib and GSCXScanner for iOS, but Google has archived both repositories on GitHub (the GTXiLib repository became read-only on April 17, 2026), so plan new work around the tools above.
How to Perform Mobile Accessibility Testing?
Here are the steps to perform accessibility testing of your mobile apps:
- Understand Compliance Standards - Begin by aligning your testing with accessibility standards such as the Web Content Accessibility Guidelines (WCAG) 2.2 Level AA. These standards are crucial benchmarks in evaluating the accessibility of digital services.
- Setup Testing Environment - Configure your testing suite with necessary assistive technologies and tools. This setup is analogous to preparing a development environment but focuses on tools like screen readers, color contrast analyzers, and accessibility inspection tools.
It is recommended to use an online device farm to run accessibility tests across different devices to ensure your application performs as intended.
- Integrate Manual and Automated Testing - Combine manual testing - where testers manually interact with the application using accessibility tools - to catch nuanced usability issues, with automated accessibility testing to swiftly identify overt compliance gaps. Tools like Axe or Google Accessibility Scanner can automate the identification of issues such as missing alt text or insufficient color contrast.
- Check and Fix Bugs - Fix the identified issues based on their priority. Once updates are made, retest the app to ensure the fixes were successful and no new issues have been introduced.
- Documentation - Maintain comprehensive test documentation detailing the methodologies, findings, and bug fixes. This documentation is vital for stakeholder reviews and maintaining an audit trail for compliance.
For native apps, TestMu AI's mobile app accessibility testing covers the manual and automated steps on real devices. The App Scanner inspects Android and iOS screens one at a time with no code, flagging TalkBack gaps, small touch targets, and unlabeled components. For regression coverage, lambda-accessibility-scan checkpoints run inside existing Appium suites, and in KaneAI you can type / during test authoring to add an accessibility scan step to a mobile flow.
3M+ Devs and QAs Rely on TestMu AI for Web & App Testing Across 3,000+ Browsers and 50,000+ Real Devices
Sign up with googleThe accessibility automation documentation covers the setup for each framework.
Best Practices of Mobile Accessibility Testing
Here are some of the best practices through which you can improve mobile accessibility testing include the following:
- Use automated tests for mobile accessibility testing, but don't solely depend on them. Automated accessibility tools are available for both Android and iOS platforms. However, no automated test is flawless, and even the best accessibility testing tools have their limitations.
- Prioritize accessibility from the outset. Many significant accessibility barriers can be quickly addressed during the initial stages of development.
- Engage your entire team in discussions about WCAG. Make it clear that everyone has a role to play - designers should ensure color accessibility, developers need to ensure content compatibility for assistive technology users, and content creators must provide clear instructions.
- Avoid making assumptions about your users' abilities. When developing features, consider whether they are usable for people who can't perceive color, those who can't use motion controls, and keyboard-only users. Creating user experience personas for disabilities can facilitate this process.
- Customize your testing approach for your mobile app to cover all types of users. Therefore, test your application or site manually in various situations.
- Review your markup using native screen readers (VoiceOver for iOS and Google TalkBack for Android).
- Ensure keyboard accessibility by testing without touchscreen controls.
- Where possible, use real devices for testing. Mobile environment simulators may not accurately replicate features such as geolocation or accelerometers.
- Avoid taking a one-size-fits-all approach to mobile testing. Every app is unique, and testing methodologies differ between web and native apps. It's essential to recognize that no content can be 100% accessible to all users; therefore, testing aims to minimize barriers and adhere closely to WCAG guidelines.
Design and test for each disability group, since a screen reader pass alone misses caption, target size, and cognitive-load problems:
- Visual - Label every image and icon button, support system text size, and keep contrast at WCAG levels. See screen reader accessibility testing for how to check announcements.
- Hearing - Caption every video, provide transcripts for audio, and never rely on sound alone for alerts.
- Motor - Meet the 2.5.8 target size, give every drag or gesture a tap alternative, and avoid short timeouts.
- Cognitive - Keep navigation consistent, use plain labels, offer autocomplete on forms, and pair text with icons where it helps recognition.
Common Mobile Accessibility Testing Myths
Numerous myths exist regarding mobile accessibility tests, which can cause organizations to misinterpret their benefits.
Here are some common myths about mobile accessibility testing:
- Myth - Only benefits individuals with disabilities.Reality: Enhances usability for all users, including those with temporary or situational limitations.
- Myth - It's too expensive.
Reality: Early integration of accessibility can reduce costs and improve long-term maintenance and updates.
- Myth - Only necessary for public-facing websites.
Reality: Accessibility is crucial for all digital products to ensure inclusivity and compliance with legal standards.
- Myth - Considered a one-time process.Reality: Accessibility testing is an ongoing process that requires updates as new content and features are developed.
- Myth - Automated testing can replace manual testing.Reality: While automated testing is useful, manual testing is essential to catch issues that automated tools can miss.
- Myth - Primarily concerned with making content visually appealing to users with disabilities.Reality: It's about making content accessible and functional for users with various disabilities, not just about visual appeal.
Conclusion
Pick your app's most-used flow and run it once with TalkBack on an Android phone and once with VoiceOver on an iPhone, then run Accessibility Scanner on each screen you visited. Log only issues that fail a WCAG 2.2 rule, and add the same checks to your Appium or Espresso suite so they run on every build.
Is your app accessible to everyone? TestMu AI's Accessibility Testing finds WCAG issues across web and mobile before release.
Author
Nazneen Ahmad
Blogs: 37
Nazneen Ahmad is a freelance Technical Content SEO Writer with over 6 years of experience in crafting high ranking content on software testing, web development, and medical case studies. She has written 60+ technical blogs, including 50+ top-ranking articles focused on software testing and web development. Certified in Automation Basic and Advanced Training - XO 10, she blends subject knowledge with SEO strategies to create user focused, authoritative content. Over time, she has shifted from quick, keyword-heavy drafts to producing content that prioritizes user intent, readability, and topical authority to deliver lasting value.
Reviewer
Shubham Soni
Reviewer
Shubham Soni is a Senior Member of Technical Staff at TestMu AI, building the Real Device Cloud and real-time testing infrastructure. He optimized the WebRTC services that power live testing to sub-100ms latency with adaptive bitrate streaming, led a frontend migration from Angular to React that cut page load time from 5-6 seconds to 1-1.5 seconds, and contributes to the official Device SDK. He led a team of four to build an accessibility testing product covering manual and automated testing and mentored a team of six on a real-time testing product. He brings over eight years of experience and earlier scaled a cloud code platform to 200K+ monthly users. Shubham holds a B.Tech in Computer Science.
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