What are the Typical Steps Involved in Testing a Website?

Testing a website is not a simple and linear path as it can require sound knowledge and current industry practices. In this article, we break down a typical website testing routine that one should follow.


Websites are currently dealing with an unprecedented quantity of traffic around-the-clock in a time when the entire globe is riveted to screens of all sizes. It is now more important than ever to test these websites to make sure they are able to target user sweet spots. But what if you're a brand-new tester and don't know where to begin? So what do you do?

In the software industry, testing a new website typically involves several steps & procedures to ensure that it meets the desired standards of quality. Here is a basic procedure for testing a website:

1. Planning & Analysis:

The first phase of website testing is the planning & analysis phase. The testing team collaborates with the stakeholders (typically the product owner, project manager, & development team) throughout this phase to compile all the data required to assess the website's functionality, design, & target audience.

The testing team will review the project requirements, determine the testing scope, identify the types of testing needed (functional, performance, security, etc.), & create a test plan. This stage's objectives are to specify the testing's scope & to create a test plan outlining the procedure & strategy. Details on the testing objectives, environment, resources, timetable, & criteria should all be included in the test plan.

2. Test Case Creation: 

In this stage, the team will develop a set of test cases that will be used to test the website. These test cases should cover all possible scenarios & test the functionality of the website. It is an essential step in testing a website. It involves developing a set of test cases that will be used to verify the functionality of the website. Test cases are typically designed to test specific features, functions, or scenarios within the website. Key activities are: understand the Requirements, Identify Test Scenarios, Create Test Cases, Prioritize Test Cases, & Review & Refine Test Cases.

3. Test Execution: 

This stage involves running the test cases & recording the results. The testing team should report any defects or issues they encounter during testing, along with steps to reproduce the problem. It is an essential step in the testing process since it allows the testing team to confirm that the website is operating properly & upholding all necessary quality standards. Here are a few of the major tasks involved in running tests: Prepare the Test Environment, Execute Test Cases, Record Test Results, Report Defects, Retest Defects & Perform Regression Testing.

The testing team should make sure that the test environment is properly configured before executing the test cases. This includes setting up the hardware & software components, adding any necessary applications, & making sure the test inputs & data are accessible.

4. Defect Tracking & Management: 

In this stage, the team will track & manage all defects found during testing. They should prioritize & assign defects to the development team for fixing. It entails locating & reporting errors or problems that are discovered throughout the testing process, then managing them until they are fixed. Defect monitoring & management's objective is to make sure that all issues are addressed & fixed before the website is made available to visitors. The following are some of the main tasks involved in defect management & tracking: Identify Defects, Record Defects, Prioritize Defects, Assign Defects, Resolve Defects, Retest Defects, & Close Defects in the tracking system.

5. Retesting: 

 Retesting is the process of confirming that issues that were found in the past have been fixed & that the website works properly once the required corrections have been made. Once defects are fixed, the testing team should conduct regression testing to ensure that the website functions as expected & that the defects have been resolved. It guarantees that any problems discovered during testing have been properly fixed, making it a crucial phase in the testing process.

6. Acceptance Testing: 

Once testing is complete, the website is ready for acceptance testing. This involves verifying that the website meets all requirements & performs as expected. A website's compliance with the standards & specifications established by the business or other stakeholders is verified. Before a website is made available to users, it typically represents the last stage of testing. Here are some of the key activities involved in acceptance testing: Define Acceptance Criteria, Plan Acceptance Tests, Execute Acceptance Tests, & Record & Report Results. 

7. Deployment: 

The process of transferring a website to the environment where users would access it is known as deployment. Once the website passes acceptance testing, it is ready for deployment. The website should be deployed to a production environment where it can be accessed by users. 

 The installation & configuration of the website in the production environment is often checked during this stage, which is typically the last in the development process. These are typical steps: Review the Environment, Prepare for Deployment, Perform the Deployment, Verify Deployment, & Monitor the Website.

8. Post-Deployment Testing:

The practice of ensuring that a website is operating properly after it has been deployed to the production environment is known as post-deployment testing. This kind of testing is crucial since even little modifications to the production environment might affect how well the website functions. Once the website is deployed, the testing team should conduct post-deployment testing to ensure that the website is functioning correctly & that no new defects have been introduced. Here are some of the key activities involved in post-deployment testing: Smoke Testing, Regression Testing, Performance Testing, Security Testing, & Usability Testing.


Overall, testing a website in the software industry is a critical part of the software development process, & it should be done thoroughly to ensure that the website is functional, secure, & meets all requirements. If you are looking for professional and uncompromised testing services for your websites and servers then opt for Local Network Experience Testing from WeTest where you will get testing services for Server Connectivity, Local Networks, functions of websites, and much more with robust tools and by a professional team. 

Latest Posts
1Navigating the Road to Success in Designing Distributed Systems This article discusses the author's various endeavors in the realm of mobile gaming to implement distributed systems and outlines the definition of services, the development of the overall framework, and the process of internal service segmentation during these efforts.
2A Case Study on Debugging High-Concurrency Bugs in a Multi-Threaded Environment The article covers the debugging process for core dump issues, memory leaks, and performance hotspots, as well as the use of various tools such as GDB, Valgrind, AddressSanitizer, and Perf.
3A Comprehensive Guide to Using Fiddler for Mobile Data Packet Capture In this article, we will primarily focus on how to use Fiddler to capture data packets from mobile devices.
4Android Performance Optimization: Best Practices and Tools This article summarizes the best practices and tools for optimizing Android app performance, covering topics such as render performance, understanding overdraw, VSYNC, GPU rendering, memory management, and battery optimization.
5A Comprehensive Guide to Android NDK Development with Android Studio This guide provides a step-by-step tutorial on how to set up and use the NDK in Android Studio, covering everything from environment configuration to writing and compiling native code.