Mobile Website Testing: A Comprehensive Guide

Introduction

A website may work perfectly on a desktop browser but behave differently on a smartphone. Navigation menus may overlap content, forms may become difficult to complete, and pages may take longer to load on mobile networks. These issues can affect how easily visitors use a website.

Mobile website testing helps identify these problems before they affect users. It involves checking a website's functionality, layout, performance, accessibility, and compatibility across mobile devices, operating systems, browsers, and network conditions.

To test website for mobile compatibility, start by checking the responsive layout in browser developer tools. Then test important user journeys on actual smartphones, measure performance, and verify accessibility across different screen sizes and browsers.

This guide explains how to check website on mobile devices, compare testing methods, select appropriate devices, and create a practical testing process that covers both functionality and real-world performance.

What Is Mobile Website Testing?

Mobile website testing is the process of verifying that a website functions correctly, displays content properly, and provides a usable experience on smartphones and tablets.

It evaluates how websites behave across different screen sizes, mobile browsers, operating systems, hardware capabilities, and network conditions.

Unlike desktop web testing, mobile website testing must account for smaller viewports, touch interactions, on-screen keyboards, changing device orientations, and mobile network performance.

For example, consider an e-commerce website where customers browse products, add items to their carts, and complete payments.

Testing the website on mobile devices would involve checking whether:

• Product images and descriptions fit within smaller screens.
• Navigation menus and filters work correctly with touch inputs.
• Customers can enter payment details using a mobile keyboard.
• Checkout pages remain usable when the screen orientation changes.
• Pages load within acceptable performance limits on different networks.

These checks help teams identify usability and technical problems that may not appear during desktop testing.

Mobile Website Testing vs Mobile App Testing vs Desktop Web Testing

Mobile website testing, mobile app testing, and desktop web testing share a common goal: verifying that an application works as expected. However, each focuses on a different environment and set of user interactions.

The distinction becomes clearer when testing the same business function across different platforms.

Consider a travel booking service.

On the desktop website, testers may verify that users can compare flights, complete forms, and make payments using a mouse and keyboard.

On the mobile website, they must verify that the same journey works on smaller screens, with touch interactions, mobile keyboards, and varying network conditions.

On the mobile app, testing may also include installation, operating system permissions, application lifecycle behavior, and native device integrations.

The testing approach should match the environment in which customers actually use the service.

Also Read: A Complete Guide to AI Mobile Testing

How to Check Your Website on Mobile Devices: 5 Quick Ways

You do not need a complete testing environment to identify basic mobile website issues. Several tools allow developers, testers, and website owners to perform initial checks.

Here are five practical ways to get started.

1. Open the Website on a Real Smartphone

The simplest method is to open the website directly on a smartphone.

Steps:

1. Open Chrome on an Android device or Safari on an iPhone.
2. Enter your website URL.
3. Navigate through the homepage and other important pages.
4. Check whether text, images, buttons, and menus display correctly.
5. Complete a common action, such as submitting a form or adding a product to the cart.
6. Rotate the phone and check whether the layout adjusts properly.

Pay attention to elements that overlap, text that becomes too small, or buttons that are difficult to tap.

Also check what happens when the mobile keyboard opens. A form that appears correct initially may become difficult to complete if the keyboard covers its submit button.

Best for: Quickly checking actual mobile browser behavior and usability.

2. Use Chrome DevTools Device Mode

Chrome DevTools provides a convenient way to inspect a website at different mobile viewport sizes without using a physical phone.

Steps:

1. Open your website in Chrome on a computer.
2. Right-click the page and select Inspect.
3. Click the Toggle Device Toolbar icon or press Ctrl + Shift + M on Windows.
4. Select a device preset or enter a custom viewport width and height.
5. Scroll through the website and test its responsive layout.
6. Change the viewport dimensions and orientation to identify layout problems.

You can also inspect page elements, review console errors, and use network or CPU throttling to investigate performance under simulated constraints.

For example, reducing the viewport width may reveal that a navigation menu extends beyond the screen or that a product table causes unwanted horizontal scrolling.

Limitation: Chrome Device Mode simulates aspects of the mobile experience but does not reproduce the complete behavior of a physical mobile device. Its device presets are approximations, not substitutes for actual hardware.

Best for: Responsive design debugging and early development checks.

3. Check Responsive Layouts in Safari

Teams developing websites for iPhone users should also inspect their layouts using Safari's development tools.

On a Mac, Safari provides Responsive Design Mode for testing how a website responds to different viewport dimensions.

Steps:

1. Open the website in Safari on macOS.
2. Enable Safari's developer features if they are not already available.
3. Open the Develop menu and select Enter Responsive Design Mode.
4. Choose a viewport preset or adjust its dimensions manually.
5. Check layout changes, navigation, text wrapping, and responsive images.

This method is useful for checking responsive styling in Safari's desktop environment.

However, it does not fully reproduce iPhone browser behavior. Actual iPhone testing remains necessary for validating mobile Safari interactions, browser controls, and the on-screen keyboard.

Best for: Early responsive layout checks when developing for Safari users.

4. Run a Mobile Performance Check with PageSpeed Insights

Google PageSpeed Insights helps identify page performance problems and possible improvements.

Steps:

1. Visit PageSpeed Insights.
2. Enter the URL of the webpage you want to analyze.
3. Run the analysis and select the mobile results.
4. Review available Core Web Vitals data.
5. Examine the performance diagnostics and recommended improvements.

Pay particular attention to large images, unnecessary JavaScript, slow server responses, and unexpected layout movements.

PageSpeed Insights combines simulated laboratory analysis with real-user performance data when sufficient field data is available.

It does not verify whether every mobile feature or user journey works correctly.

Best for: Initial mobile performance analysis and identifying optimization opportunities.

5. Check the Website Using a Real-Device Cloud

A real-device cloud allows teams to access physical smartphones and tablets remotely.

Steps:

1. Open a real-device testing platform.
2. Select a device, operating system, and available browser.
3. Launch the website on the selected device.
4. Check its layout and complete important user actions.
5. Repeat the test across other relevant device configurations.

This method is particularly useful when teams need access to devices they do not own.

Depending on the platform and subscription, real-device environments may also provide automation, session recordings, and performance diagnostics.

Best for: Testing actual mobile browser behavior across a broader device range.

How to Test a Website for Mobile: 5 Methods Compared

Quick checks are helpful during development, but a reliable mobile website testing strategy requires selecting the appropriate testing methods.

The five methods below differ in their accuracy, scalability, setup requirements, and ability to reproduce real-world conditions.

1. Browser Device Simulation

Desktop browser tools can simulate mobile viewport dimensions and certain device characteristics.

This method helps developers identify responsive design problems early. It works especially well for testing CSS breakpoints, content wrapping, and basic navigation layouts.

However, simulated touch inputs and reduced viewport dimensions cannot reveal every problem caused by actual mobile hardware, browsers, or operating system behavior.

2. Emulators and Simulators

Android emulators and iOS simulators provide virtual environments for testing websites in mobile browsers.

They can help reproduce specific operating system configurations and inspect platform behavior without requiring every physical device.

For example, an Android emulator can be used to check how a website behaves in Chrome within a virtual Android environment.

Although these environments are useful during development, they cannot fully reproduce physical hardware performance, actual mobile radio behavior, or every device-specific interaction.

3. Manual Testing on Real Devices

Manual testing involves interacting with a website directly on physical smartphones and tablets.

Testers can observe touch behavior, page scrolling, keyboard interactions, and browser-specific issues.

This approach is particularly valuable for exploratory testing, where testers investigate unexpected behavior rather than following only predefined scripts.

Manual testing becomes more difficult when the website must be checked across a large number of devices and browsers.

4. Automated Browser Testing

Automation tools such as Selenium and Playwright can execute predefined browser interactions and verify expected results.

For example, an automated test could:

1. Open the mobile website.
2. Search for a product.
3. Select an item.
4. Add it to the shopping cart.
5. Verify that the correct item appears in the cart.

This process can be repeated after code changes to identify functional regressions.

Automated tests may run in desktop browsers configured with mobile viewports or, with suitable infrastructure, in actual mobile browser environments.

These approaches should not be treated as equivalent. A test running at a mobile viewport on a desktop computer does not provide the same coverage as a test running on a physical smartphone.

5. Cloud-Based Real-Device Testing

Cloud-based testing provides remote access to physical devices, often with support for manual and automated execution.

It helps teams expand device coverage without purchasing and maintaining every phone or tablet themselves.

For a website serving users across multiple countries, remote real-device testing can help validate key journeys on different devices, browsers, and available network environments.

Which method should you choose?

Use browser simulation for quick layout checks, emulators and simulators for development testing, automation for repeatable checks, and real devices for validating important user journeys under actual mobile conditions.

These methods complement one another rather than compete.

Also read: Manual Testing vs. Automation Testing

How to Choose Devices and Browsers to Test

Testing every available smartphone, tablet, operating system, and browser combination is rarely practical.

Instead, choose a testing matrix based on your audience, application requirements, and the risks associated with different configurations.

Start with Your Website Analytics

Review device and browser usage information from your analytics platform.

Useful information includes:

• Most frequently used operating systems and versions.
• Popular mobile browsers.
• Common screen and viewport dimensions.
• Device categories and models, where this data is available.
• Countries and regions generating mobile traffic.
• Devices or browsers associated with unusually high error or abandonment rates.

If most customers use Android Chrome and iPhone Safari, those environments should receive appropriate testing priority.

However, frequently used devices should not be the only ones tested. Lower-end hardware and older supported operating system versions may reveal problems that newer devices do not.

Cover Different Device Capabilities

A practical starting matrix should represent meaningful differences rather than simply contain a long list of device models.

These are example configurations, not a universal device list.

Test Browser and OS Combinations

Browser compatibility depends on more than the browser name.

Operating system versions, browser engines, supported web APIs, and device settings can affect how websites behave.

At minimum, prioritize the browsers most relevant to your users. For many consumer websites, that will include Chrome on Android and Safari on iOS. Add other browsers and versions according to actual usage and support requirements.

Include Viewport Sizes Between Device Presets

Responsive design problems often occur between common viewport widths.

For example, a website might display correctly at widths of 375 and 430 CSS pixels but break at 400 CSS pixels because of a fixed-width element.

Test widths around your website's actual CSS breakpoints, not only the sizes associated with popular phones.

Also distinguish CSS viewport dimensions from physical screen resolution. A high-resolution phone does not necessarily provide a wider CSS viewport.

Practical recommendation: Start with a small, representative device matrix. Expand it based on production usage, known compatibility issues, and the importance of specific user journeys.

What to Test on a Mobile Website

Mobile website testing should cover more than the appearance of a responsive webpage.

A website may display correctly but still have broken navigation, slow interactions, inaccessible controls, or problems with mobile authentication.

The following testing areas help identify these issues.

Prioritize Complete User Journeys

Testing isolated elements is useful, but problems often appear when several actions are performed in sequence.

Consider a customer completing a flight booking on a mobile website.

The test should verify the complete journey from searching for a flight to selecting passengers, entering details, completing payment, and viewing the booking confirmation.

It should also include realistic exceptions, such as an expired session, an invalid form entry, or a failed network request.

The goal is to verify that users can complete the task, not simply that individual buttons respond when tapped.

Mobile Performance and Core Web Vitals

Mobile website performance testing evaluates how quickly a page loads, responds to user interactions, and maintains visual stability.

A website may pass functional tests while still providing a poor experience because its pages load slowly or its controls take too long to respond.

Google's Core Web Vitals provide useful metrics for measuring important aspects of web performance.

Key Core Web Vitals to Measure

These are Google's good-experience thresholds, assessed at the 75th percentile of page visits, with mobile and desktop evaluated separately.

Largest Contentful Paint (LCP)

LCP measures when the largest qualifying content element becomes visible within the viewport.

For a mobile shopping website, this might be the main product image or a prominent text block.

Poor LCP can result from slow server responses, delayed resource loading, large images, or resources that block rendering.

To investigate LCP problems, examine:

• Server response times.
• Image formats, sizes, and delivery.
• Render-blocking stylesheets and scripts.
• Delays before important resources begin loading.

Interaction to Next Paint (INP)

INP measures how responsive a webpage is to clicks, taps, and keyboard interactions during a visit.

For example, a customer taps a product filter, but the interface takes noticeable time to display the selected results.

Heavy JavaScript processing or expensive rendering work can contribute to slow interaction responses.

Use real-user monitoring data to understand INP across actual visits. In laboratory testing, investigate slow interactions using browser performance tools. Lighthouse's Total Blocking Time can provide additional diagnostic information, but it is not a direct replacement for field-measured INP.

Cumulative Layout Shift (CLS)

CLS measures unexpected visual movement.

Consider a customer preparing to tap a checkout button. An image loads above the button, pushing it down and causing the user to tap something else.

This is the type of experience CLS helps identify.

Common improvements include reserving space for images, video elements, and dynamic content, and reducing layout changes caused by late-loading resources.

Lab Testing vs. Real-User Performance

Performance data generally comes from two types of measurement.

Laboratory testing evaluates a page under controlled conditions. It helps reproduce issues and diagnose bottlenecks using tools such as Lighthouse.

Real-user monitoring measures actual visits across different devices, browsers, and network conditions.

Both are useful, but they answer different questions.

A laboratory test might show that a page performs well under simulated mobile conditions. Real-user data may still reveal poor performance on lower-powered phones or slower networks.

For effective mobile performance testing, use laboratory results to investigate problems and field measurements to understand what users experience.

Testing on Real Networks and Locations

A website's performance can change depending on the network and geographic location from which users access it.

Even when the website and device remain unchanged, differences in latency, bandwidth, packet loss, routing, and server proximity can affect page loading and interaction times.

Why Network Conditions Matter

Consider an online banking website that works correctly over a stable office Wi-Fi connection.

A customer accessing the same website while traveling may experience:

• Delays when loading account details.
• Requests that fail after temporary connectivity loss.
• Slow responses when submitting transactions.
• Unexpected behavior when switching between Wi-Fi and cellular connectivity.

A website should handle these situations predictably, especially during important transactions.

Simulated Networks vs. Real Cellular Networks

Network throttling in browser developer tools is useful for introducing controlled bandwidth and latency limits.

However, simulated throttling is not the same as testing through a real mobile network.

Actual cellular conditions may involve changing signal strength, carrier routing, variable latency, and intermittent connectivity.

Simulated tests are useful for repeatable comparisons, while real-network tests help assess behavior under conditions closer to those experienced by mobile users.

How to Test Across Networks and Locations

Start with a known user journey, such as logging in or completing checkout.

Run the journey under a stable connection to establish a baseline. Then repeat it under relevant simulated or real-network conditions.

Record the information needed to compare results:

1. Device and operating system.
2. Browser and version.
3. Network type and carrier, where applicable.
4. Geographic testing location.
5. Page and interaction timings.
6. Failed requests, error messages, and unexpected application behavior.

Pay particular attention to what happens when a request is interrupted.

For example, if connectivity drops during payment submission, the website should provide a clear response and should not create duplicate transactions when a customer retries.

Mobile Accessibility Testing

Mobile accessibility testing evaluates whether people with disabilities can access, understand, and operate a website on mobile devices.

A responsive website is not necessarily an accessible website. Content may fit within a smartphone screen while remaining difficult to use with assistive technologies.

Accessibility testing should consider the Web Content Accessibility Guidelines (WCAG), along with the needs of actual users.

What to Check During Mobile Accessibility Testing

1. Screen reader compatibility

Check whether assistive technologies such as VoiceOver and TalkBack can identify and announce important content and controls.

Verify that buttons, links, form fields, and error messages have meaningful accessible names and appropriate semantics.

2. Touch target sizes

Small controls can be difficult for users with limited motor precision.

WCAG 2.2 Level AA includes a minimum target size criterion of 24 by 24 CSS pixels, with specific exceptions.

In practice, sufficiently large and well-spaced touch controls improve usability for a wider range of users.

3. Text resizing and reflow

Verify that users can enlarge text without losing essential content or functionality.

WCAG's reflow requirements also address the ability to use content at narrow equivalent viewport dimensions, generally without requiring scrolling in two directions, subject to defined exceptions.

4. Color contrast

Check that text and essential interface elements provide sufficient contrast against their backgrounds.

Color should not be the only means of communicating information, such as validation errors or selected states.

5. Focus and navigation

Ensure that users can navigate the website using supported keyboard and assistive technology interactions.

Focus should follow a logical order and remain visible where required.

6. Accessible forms

Form labels, validation messages, and instructions should be understandable.

For example, if a user enters an invalid phone number, the website should clearly identify the affected field and explain how to correct it.

Combine Automated and Manual Accessibility Testing

Automated accessibility testing tools can identify certain technical issues, including missing accessible names, some contrast problems, and structural errors.

However, automated scanning alone cannot establish whether a website is fully accessible or conforms to WCAG.

Manual evaluation remains necessary to assess screen reader usability, navigation behavior, and whether instructions make sense in context.

HeadSpin also supports accessibility scanning as part of existing automated web test journeys using Selenium, helping teams identify relevant accessibility issues while testing critical user flows.

Visual Regression Across Devices

Visual regression testing identifies unintended changes in how a website looks after code or design updates.

It is especially useful for responsive websites because a change that appears correct on one screen size may break the layout on another.

For example, a CSS update designed to improve desktop navigation could accidentally shift mobile menu elements or cause buttons to overlap.

Visual regression testing helps detect these differences.

How Visual Regression Testing Works

A typical workflow involves five steps:

1. Capture a reference screenshot of a webpage or component in a known configuration.
2. Make the intended application or website changes.
3. Capture a new screenshot using the same testing conditions.
4. Compare the new screenshot against the reference image.
5. Review meaningful differences and identify unintended changes.

Tools such as Playwright support automated screenshot comparisons.

What Should You Compare?

Prioritize areas where visual defects can affect usability or important business actions.

Examples include navigation menus, checkout forms, product cards, pricing tables, modal windows, and sticky headers.

Run comparisons across the viewport sizes and browser environments relevant to your users.

Avoid False Positives

Screenshot comparisons may report differences caused by changing timestamps, animations, personalized content, fonts, or inconsistent rendering environments.

To improve reliability:

• Use consistent viewport dimensions and browser versions for each baseline.
• Keep test data stable.
• Wait for important content to finish rendering.
• Control or mask genuinely dynamic content where appropriate.
• Review detected differences before treating them as defects.

Visual regression testing helps identify unexpected appearance changes, but it does not prove that the website's functionality or accessibility is correct.

Challenges of Mobile Website Testing

Mobile website testing introduces several challenges because users access websites through different hardware, browser, and network environments.

Understanding these challenges helps teams build a more realistic testing strategy.

1. Device and Browser Fragmentation

Different devices support different operating system versions, browser capabilities, and screen dimensions.

Maintaining complete coverage across every configuration is rarely feasible.

How to overcome: Use production analytics and support requirements to prioritize common configurations, then add higher-risk environments.

2. Inconsistent Network Conditions

Mobile connectivity may change during a session, making some performance problems difficult to reproduce.

How to overcome: Use controlled network simulations for repeatable tests and real-network testing to investigate issues that depend on actual connectivity.

3. Dynamic Browser and Screen Behavior

Mobile browser address bars, soft keyboards, and orientation changes can alter the space available to display content.

These changes may reveal problems that do not appear in desktop viewport simulation.

How to overcome: Validate important interactions on real mobile browsers, including forms, menus, and content that remains fixed on the screen.

4. Unreliable Automated Tests

Automated tests can fail because of network delays, changing page elements, incomplete loading states, or inconsistent test data.

These failures may not always represent genuine application defects.

How to overcome: Use reliable element locators, appropriate waiting conditions, controlled test data, and clear assertions.

5. Balancing Coverage and Testing Time

Increasing device, browser, and network combinations can significantly increase the number of tests.

Running every test on every configuration is often unnecessary.

How to overcome: Prioritize important user journeys and apply broader device coverage to high-risk functionality. Use a smaller set of fast tests for frequent development feedback.

Mobile Website Testing Checklist

Use the following checklist before releasing a mobile website or making significant changes to an existing one.

1. Responsive Design and Layout

• Content fits supported mobile viewport sizes.
• Text remains readable without unnecessary horizontal scrolling.
• Images, videos, and other media resize appropriately.
• Navigation menus remain usable on small screens.
• Important content is not hidden behind fixed or sticky elements.
• Layouts remain functional after orientation changes.

2. Functional Testing

• Links, buttons, and menus respond correctly.
• Forms accept and validate user input.
• On-screen keyboards do not block essential controls.
• Authentication and session handling work as intended.
• Critical journeys, such as registration, booking, or checkout, can be completed.
• Errors provide useful feedback and appropriate recovery options.

3. Compatibility Testing

• The website works on the most relevant Android and iOS configurations.
• Supported mobile browsers have been tested.
• Smaller and larger viewport sizes are covered.
• Lower-performance devices are considered where relevant.

4. Performance and Network Testing

• Core Web Vitals have been reviewed.
• Heavy images, scripts, and other resources have been investigated.
• Important journeys have been tested under relevant network conditions.
• Request failures and temporary connectivity interruptions are handled appropriately.
• Available real-user performance data has been reviewed.

5. Accessibility and Visual Quality

• Interactive elements have appropriate accessible names.
• Screen reader behavior has been checked on important journeys.
• Text resizing and reflow have been tested.
• Touch targets, focus behavior, and color contrast have been evaluated.
• Visual changes have been reviewed across important viewport sizes.
• No unintended layout regressions remain.

The checklist should be adjusted to reflect the website's supported platforms, features, and business requirements.

Also read: A Complete Guide to Mobile App Performance Testing

Best Practices

An effective mobile website testing strategy should provide useful feedback throughout development, rather than relying on a single test cycle before release.

1. Start Testing During Development

Do not wait until a website is ready for deployment to check its mobile behavior.

Use browser developer tools while building responsive layouts and components. Early testing makes it easier to correct problems before they affect multiple pages.

2. Prioritize Critical User Journeys

Identify the actions that matter most to your users and business.

For an e-commerce website, these may include product discovery, cart management, checkout, and payment confirmation.

For a banking website, they may include authentication, account access, and transactions.

Test these journeys more frequently and across the configurations most relevant to their users.

3. Combine Manual and Automated Testing

Automate predictable and repeatable checks, such as logging in, completing forms, or verifying navigation.

Use manual testing to investigate usability problems, unusual interactions, and unexpected behavior.

Automation improves repeatability, while manual exploration helps uncover issues that predefined scripts may miss.

4. Use Real Devices for Important Validation

Browser simulations are valuable, but they cannot fully reproduce real mobile environments.

Include physical devices when testing important interactions, mobile browser behavior, device performance, and real-world connectivity.

5. Measure Performance Alongside Functionality

A successful user action does not necessarily mean the experience was fast or responsive.

Include performance observations when testing important journeys, especially those involving multiple requests, substantial rendering work, or unreliable connections.

Use Core Web Vitals and relevant journey-level timings to support performance decisions.

6. Maintain a Risk-Based Test Matrix

Review your testing matrix periodically.

Add configurations when analytics reveal new usage patterns, customers report compatibility problems, or the website begins supporting new environments.

Remove configurations only when the decision is consistent with support commitments and testing risk.

7. Include Mobile Tests in Your Release Process

Run fast, important automated checks during development and continuous integration.

Schedule broader compatibility, accessibility, performance, and real-device tests according to the scope and risk of each release.

When a defect is found, record the device, browser, operating system, test steps, and relevant evidence so the issue can be reproduced and verified after the fix.

How HeadSpin Supports Real-World Testing

HeadSpin provides access to real mobile devices and browsers across 50+ global locations, including environments with SIM-enabled devices and real network connectivity.

Its cross-browser testing solution supports functional and performance validation across mobile and desktop browsers. Teams can use Selenium-based web automation and HeadSpin's performance data to investigate issues across application, device, and network conditions.

This helps teams move beyond checking whether a webpage works to understanding how it performs under different testing environments.

Conclusion

Mobile website testing helps teams identify problems that affect users across different devices, browsers, screen sizes, and network conditions.

An effective approach combines responsive design checks, functional validation, mobile performance measurement, accessibility testing, and real-device testing.

Start with the most important user journeys and the environments your customers use most often. Then expand coverage based on actual usage, technical risk, and the issues identified during testing.

By making mobile website testing part of regular development and release activities, teams can catch problems earlier and provide a more consistent experience across supported mobile environments.

FAQs

Q1. Can I test a mobile website without a physical device?

Ans: Yes. Browser developer tools, Android emulators, and iOS simulators can help you test mobile website behavior without physical devices. However, they cannot fully reproduce actual hardware behavior, mobile browser interfaces, or real cellular network conditions.

Q2. Why does my website work in Chrome DevTools but not on my phone?

Ans: Chrome DevTools approximates the mobile environment while running the webpage on a desktop computer. A physical phone has different hardware, browser behavior, input controls, and operating system constraints. These differences can cause issues that do not appear in desktop simulation.

Q3. Can Selenium be used for mobile website testing?

Ans: Yes. Selenium automates web browser interactions and can validate website functionality across supported browser environments. With suitable mobile browser drivers and device infrastructure, Selenium tests can also run against real mobile browsers. The available configurations depend on the testing setup.

Q4. How often should mobile website testing be performed?

Ans: Mobile website testing should be performed throughout development and after changes that could affect functionality, layout, or performance.

Important automated checks can run with each relevant code change, while broader device, accessibility, and performance testing can be scheduled based on release risk. Additional testing is useful when supporting new browsers, devices, or operating system