DEV Community: Smriti Arya

All You Need To Know About Automation Testing Life Cycle

Smriti Arya — Tue, 22 Nov 2022 09:22:17 +0000

Nowadays, project managers and developers face the challenge of building applications with minimal resources and within an ever-shrinking schedule. No matter the developers have to do more with less, it is the responsibility of organizations to test the application adequately, quickly and thoroughly. Organizations are, therefore, moving to automation testing to accomplish this goal efficiently.

When it comes to automation testing, many of us believe that it is just a part of SDLC (Software Development Life Cycle), but to achieve the best results with automation testing, one must follow the complete cycle of automation testing, known as Automation Testing Life Cycle.

This is article is intended for learners, innovators and entrepreneurs who want to learn how the implementation of the complete automation testing life cycle can enhance the quality of software products. Here I will be talking about a complete guide to Automation Testing Life Cycle.

If you’re new to Selenium and wondering what it is then we recommend checking out our guide — What is Selenium?

Run Selenium, Cypress, and Appium tests on LambdaTest to scale with the demand of your website and web apps.

6 Stages Of Automation Testing Life Cycle Methodology

The implementation of automation testing life cycle executes in parallel with the software development life cycle process.

The structured automation testing life cycle comprises of a multi-stage process that supports the activities required to utilize and introduce an automated test tool, develop and run test cases, develop test design, build and handle test data and environment.

In automation testing life cycle methodology, test design is constructed to portray test efforts, to give project and test team a framework on the scope of the test program.

Determining The Scope Of Test Automation
Selecting The Right Tool For Automation
Test Plan + Test Design + Test Strategy
Setting Up The Test Environment
Automation Test Script Development + Execution
Analysis + Generation Of Test Reports

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Determining The Scope Of Test Automation

It is the first stage of automation testing life cycle and it aims to identify the feasibility of automation. Every aspect should be considered while analyzing the feasibility.

Also, it is essential to perform a feasibility analysis on the manual test case pack that allows automation engineers to design the test scripts.

In this particular stage, the following things should be taken care of without a failure.

Which modules of the applications can be automated and which not?
Which test can be automated and how to automate them?
Factors like cost, team size and expertise should also be considered.

Following feasibility checks should be done before starting the test automation:

Test Case Automation Feasibility
AUT Automation Feasibility

Navigate through the application screens under test and mention all UI components of the application to perform feasibility analysis in an effective way. Identify a percentage of UI components to be automated via an automation testing tool.

Try to find out automation testing tools that can help to automate UI components with few alterations. Which brings us to our next phase!

Selecting The Right Automation Tool

Automation testing is highly tool dependent. That is why finding the right automation testing tool is a critical phase for an automation testing life cycle. When you are looking for an automation tool you need to keep in mind the budget, technologies being used in the project, familiarity of the tool with resources on-board, intuitiveness, flexibility and more. Choose a tool that provides you with a support team who can take care of queries or issues.

For example, if you are looking for an automated browser compatibility testing tool then you need to keep in mind the variety of browsers offered. Capability of capturing video logs, metadata of automation scripts among different browsers and devices. A mechanism for highlighting and tracking bugs.

LambdaTest comes as the right fit for automation testing, bringing more than 3000 browsers for users to test upon. LambdaTest offers a cloud-based Selenium Grid which is compatible with every test automation framework that supports Selenium. Automation dashboard offered by LambdaTest captures even the minute details of your test execution.Ultimately providing you with step-by-step screenshots, video logs of your test execution, along with the metadata. LambdaTest experts offer 24×7 chat support to resolve any of your concern ASAP.

Read More– Start Automation Testing with Selenium across 3000+ browsers & web apps.

Test Plan + Test Design + Test Strategy

It is the most critical phase of automation testing life cycle methodology that defines how to approach and accomplish the goal of test automation. Selecting a test automation framework is the first and foremost thing to do in the Test Strategy phase of Automation Testing Life Cycle.

Selecting a tool depends on the technologies used in the application. Understand your product completely before starting the automation test.

For example, if it is a desktop application, find which language it is built upon. Or, if you want to test a web application, know about the deprecated feature your used which may not be compatible across various browsers.

During the test planning phase, the testing team decides the test procedure creation standards and guidelines; hardware; software and network to support test environment; a preliminary test schedule; test data requirements; defect tracking procedure and associated tracking tool and a procedure to control test configuration and staging environments.

The team of test engineers develops a test architecture to describe the test program structure and the way test procedures are managed after the test program model is designed.

Post designing comes the test architecture where the structure of the entire test program is described along with the management of test procedure.

Make sure to consider the following things when planning a test management strategy:

Gather all manual test cases from the test management tool to identify which test case needs to be automated.
Identify which framework to be used after understanding the pros and cons of the testing tool.
Build a test suite for Automation test case in the tool for test management.
Ensure to mention background, risk, background and dependency between the tool and application in the test plan.
Seek approval on test strategy from clients or stakeholders.

Setting Up The Test Environment

As the name indicates, this stage of Automation Testing Life Cycle involves setting up a machine or remote machine where test cases will be executed. Why would we need remote machines? Because unless we live in an ideal world, your users would be using different machines to access your website or web-app on the internet.

Keeping a check on different devices is one thing, but we also need to be cautious about various browsers and browser versions. As your website may render differently from one browser to another. Cross browser compatibility testing also known as cross browser testing is a procedure where we test a website or a web-app across multiple browser versions to make sure we deliver a seamless user experience to all our customers.

Environment setup phase needs a thorough planning, you need to ensure that you are able to maximize your test coverage across as many different scenarios as possible. It is the responsibility of test team to schedule and track environment setup activities; install test environment software, network resources and hardware; refine test databases and develop test bed scripts and environment setup scripts.

When it comes to cross browser testing, setting up hundreds of browsers & browser versions over numerous devices could be very challenging and buying a device lab is not an affordable option for all. This is where cloud-based tools such as LambdaTest come into play, offering more than 3000+ browsers and browser versions which are hosted by VM for numerous desktop and mobile devices.

Key Areas For Test Environment Setup

Test data — Many times test environment setup are not populated with similar data with comparison to Production, this makes your product very brittle once the code changes are put into production environment
Front-End Running Environment — Make sure your have a front-end running environment to perform load testing for analyzing the capability of handling web traffic.
Checklist of all the Systems, modules and applications to be put under test.
An isolated Database server for staging environment.
Test across various client operating systems.
Test across maximum browsers and browser versions.
Make sure you test your website on low and high network to realize the difference between rendering time and overall appearance of the website or web-app.
Documentation is key — Make sure you cover all the Configuration guides/Installation guides/User manuals and so on in a central repository.

Test environment setup involves the following tasks:

Tool licenses.
Setup utilities like advanced text editors and comparison tools.
Automation framework implementation
AUT access and valid credentials
Add-ins licenses

Various organizations utilize a staging environment to test the software. The best approach is to copy production data to test. It helps the test engineer to uncover the issues without corrupting the production data. Here are 13 reasons that leads to failure of staging environments.

Best Practices To Setup A Test Environment Management:

Gather and understand the test environments thoroughly and train the testing team members.
Check for the required software, licenses and hardware.
Maintain a checklist of automation tools and their configurations.
Maintain a cross browser testing matrix to ensure you cover the tests on numerous browsers and versions with respect to priority and market share.
Make sure to test using real-time traffic to ensure your changes are more sustainable.
Planning the scheduled use of the test environment.

Automation Test Script Development + Execution

Once you install the test environment, it is the time to execute the test script. So, this phase of automation testing life cycle is dedicated to the execution of all test scripts.

To perform script execution, signed-off and unit-tested test scripts are delivered to automation testing team.

t is essential to ensure that all test scripts are running correctly. So, there is a need to take care of the following things before developing a test script:

Creation of test scripts based on actual requirements.
Create a common method of function that can be used throughout the testing process.
Make sure to create a reusable, structured and easy script so that a third person can understand it clearly. Here are 8 actionable insights for writing better automation code.
Perform code reviewing of test scripts for better quality assurance.
Make use of better reporting.

Once the test script is developed successfully, it should be executed by keeping the following things in mind:

A test script should include all functional aspects according to the test case.
Ensure to run test scripts in multiple environments and across multiple platforms.
If possible, batch execution can be done to save time and efforts.
If the failure occurs due to some functionality, write a bug report.

To execute test scripts and procedures, the test team has to comply with a schedule decided for procedure execution. Evaluations for test outcomes are executed and test results documentation is prepared during this phase.

Test outcome evaluations are executed and documentation for test results is prepared.

Plans designed for the unit, system, user acceptance and integration testing are run to test the system as a whole. Code profiling is done at the time of unit testing. Profiling discovers instances when there is inappropriate scaling of algorithms, resource utilization and instantiations.

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Analysis + Generation Of Test Results & Test Reports

After all types of testing are performed, the testing team analyzes to identify particular functionality or components that experience a relative number of problem reports.

The result of the analysis suggests that if it requires additional test efforts and procedures or not.

Test results generated from the analysis can confirm whether executed test scripts/procedures can identify errors.

It is the last phase of automation testing life cycle and the test reports are shared with all involved stakeholders at this stage. This is why, test reports are crucial for analyzing how well your web-app responds to adversity. You can use an old school excel sheet, however, LambdaTest Automation provides an in-app report of all test cases executed through your automation script on cloud-based Selenium Grid. Intriguing right? Know everything about LambdaTest Selenium Grid for automated cross browser testing.

Check this out: Test on Safari Browser Online with Real Mac Machines- Test on Latest Safari Desktop and Mobile Browsers for Cross Browser Compatibility. Test on real Mac machines running real Safari browser online.

Wrapping Up

Automating testing is an effective way to meet the testing goals within the appropriate timelines and with adequate resources. However, make sure you implement the complete automation testing life cycle to get the expected results and test the application in the best possible way. Automating tests without a plan or a sequence can lead to massive scripts which might often fail and involve manual intervention too.

A planned and well-structured automation life cycle methodology is all you need for successful automated testing. Happy testing! 🙂

17 Core Benefits Of Automation Testing For A Successful Release

Smriti Arya — Mon, 21 Nov 2022 09:07:28 +0000

With the increasing pace of technology, it becomes challenging for organizations to manage the quality of their web applications. Unfortunately, due to the limited time window in agile development and cost factors, testing often misses out on the attention it deserves.

Lack of proper testing leads to fewer quality products, delayed delivery, unsatisfied custom service, and an increase in costs. Such issues can be an unplanned test management strategy, delay in development, and underestimation of the effort of creating a test case.

No doubt that the test engineers try to catch bugs or errors before releasing the product. However, bitter truth be told, you can’t catch every bug! So you deploy a quick fix post your migration to production, and then regression testing comes into play. Regression testing is very time-consuming but relevant to maintaining product stability. In such scenarios, you will find yourself stuck in a vicious cycle where your deployment window will continue to grow narrow. How do we cope with such scenarios? The answer would be test automation.

Automation testing is here to stay in the long run! As per GM insights, the size of the automation testing market has reached USD 15 billion as of 2020. Moreover, the expected growth is at a CAGR of around 16% from the duration of 2021 to 2027.

In contrast to manual testing, automation testing is an effective way to improve the effectiveness and coverage of the testing process. It came into existence to speed up execution cycles, exempt testers from repetitive tasks, reduce human efforts, and provide instant feedback.

In this article on the benefits of automation testing, we shall discuss what automation testing is and why automation testing is the right call for your SDLC (Software Development Life Cycle).

Check this out: Online Automated Testing Platform — Accelerate your release velocity with blazing fast test automation on cloud

What is Automation Testing?

Automation testing is a process that involves an automated tool to execute a test case suite and predefined actions on a software application. The benefits of automation testing abound. The automation testing tool takes actual outcomes and compares them with the expected result to generate detailed test reports.

Best automation testing frameworks

For a successful test automation process, it’s vital to depend upon the right testing frameworks. This is because they can bring down the cost of maintenance and the overall efforts you put into testing your application. What else? If you choose the best-automated testing framework, you can stay assured that it would lead to a higher return on investment (ROI) for optimizing the agile development process. You can read more about ROI in this blog on calculating your ROI on test automation with Selenium.

Here are the top test automation frameworks to avail the benefits of automation testing:

Selenium: Selenium is an open-source freemium framework to support automated testing. It consists of various tools, plugins, and libraries to manage test automation.
Cypress: Cypress is becoming popular in front-end testing among QA engineers and developers. It’s pretty developer-friendly.
Playwright: Playwright allows end-to-end testing to manage modern web apps. You can use it on· various browsers and platforms. So you needn’t worry about flaky tests.

Learn what it is, how to install it, and how we can execute tests using Playwright.

Puppeteer: Puppeteer is a Node package that automates web testing with the Chrome browser. It provides a high-level API for controlling headless Chrome or Chromium via the DevTools Protocol. It can also be configured to run full (headless) Chrome or Chromium.
Appium: Appium is the most-loved test automation framework for testing mobile, hybrid, and native web apps.

As per the State of Test Automation Survey 2022 by Simform, where 9.6% of IT professionals were involved in testing out of 1579 participants, 24.5%- Software Developers, 18.4%- Automation Testers, 17.9%- Manual Testers, 9%- Project Managers, 6.6%- Test Managers, 7.1%- C-level Executives prefer LambdaTest over other testing platforms.

LambdaTest is a cloud-based cross browser testing platform that allows you to perform live and automated browser testing of your websites and web applications over an online browser farm of over 3000 devices and operating systems.

As you can see, Selenium, Appium, and Cucumber top the list of preferred automation testing tools. In addition, you should note that LambdaTest provides framework-driven support for test automation with regard to top test automation frameworks. This amplifies the benefits of automation testing.

Since test automation demands a considerable investment of resources and money, we should define when to automate, the benefits of automation testing, the scope of the automation, and the best tool for automation. In addition, best practices for test automation can save us from high costs. You can find answers to all these questions in our blog to help you start automation testing from scratch.

Check this out: 30 Top Automated Testing Tools In 2022

Benefits of Automation Testing

Now that we are done with the introduction, it is time to look at the key benefits of automation testing to help you eradicate the ambiguity on whether automation testing is the right choice for your organization.

Here we go! Let’s explore the benefits of automation testing.

1. Shift-left testing done better!

One of the key benefits of automation testing is Shift-left testing. Shift-left testing is a part of continuous testing that conveys that the testing phase should be incorporated into the SDLC (Software Development Life Cycle), right from the requirement gathering phase to find bugs at an early stage. Shift-left testing can improve your product quality since it can let you:

Resolve bugs efficiently
Improve test coverage
Track everything on the go
Automate repetitive tasks
Improve the tester-developer relationship

The core benefits of automation testing include that it can be performed as soon as the development starts, thereby detecting the bugs or defects earlier, helping you shift-left in a better and faster manner.

Run automation tests on user stories to ensure that the story is straightforward and identifies validations and constraints every tester needs to understand. This test automation approach may help you detect and eliminate early bugs from your website.

Check this out: Online Test Automation cloud Platform — Accelerate your release velocity with blazing fast test automation on cloud

Subscribe to the LambdaTest YouTube Channel and stay up to date with the latest tutorials around the benefits of automation testing, automated browser testing, Selenium testing, Cypress E2E testing, and more.

2. Easy regression testing

Manual testing is time-consuming as for every fix deployed in production, testers have to repeat a set of similar test cases over the same period to ensure that the bug has been removed. Regression testing has been a pain point for every developer. Performing the same test over and over not only takes more time but also brings down the overall efficiency of a tester.

Performing regression testing manually consumes a lot of time and leads to the following issues:

Running the entire regression creates congestion in the release cycle, making it inflexible.
Manual regression testing cannot be thoroughly performed every time the software gets updated because of time constraints.
You feel unsure about whether you perform tests the same way every time.

This is why automation testing is an ideal way to perform regression testing. As discussed in the previous point, automation tests are like robots who never sleep. Therefore, the time window can always be extended to run the regression testing suite. Also, the time invested in building an automated test case is a one-time effort, which brings us to our next significant benefits of automation testing.

3. Ability to perform testing on multiple platforms in parallel

While developing a website, it is essential to ensure cross browser compatibility over various browsers, hardware, operating systems, networks, and mobile devices.

Performing browser compatibility testing requires the creation of countless test cases. Especially considering the number of browser versions available in the market, performing manual testing over hundreds of browser + OS combinations may delay the software release process.

However, among the innumerable benefits of automation testing, we cannot deny the fact that it allows testers to execute tests on thousands of browsers, operating systems, and devices quickly and simultaneously.

Cloud testing platforms like LambdaTest offer an Online Selenium Grid to help you execute automated cross browser testing on more than 3000+ real browsers simultaneously. You can check out our blog on parallel testing in Selenium with TestNG to know more about automation testing benefits.

4. Accelerate cross browser testing

Manual cross-browser testing may lead to multiple challenges and problems. In the case of manual testing, testers first identify the browser their web application must support. After preparing a checklist of all the browsers, they execute a single test on different browser + OS configurations to measure how well their web development efforts are weighing out.

Achieving sufficient test coverage may look like a nightmare if you have a wide audience to attend. To prepare for every customer question, your website from legacy to the latest browser, manual cross-browser testing may seem impossible.

Automated cross-browser testing platforms like LambdaTest can reduce the efforts by executing the same test cases many times on multiple browsers in parallel. So leverage them to get the best benefits of automation testing.

Get relevant test automation support for 3000+ browsers, OS, and devices with the best automation testing benefits. Stay a step ahead of your competitors and remain bugless across different browsers.

5. Better smoke testing

Performing regular smoke testing can help you avoid outages and is recommended as a best practice. However, many corporations avoid it as they feel that doing so will squeeze the tester’s bandwidth. This is why automation testing is considered so essential. The best automation testing benefits include automated test build based on your random smoke test scenarios, and that is it. Now, you can efficiently perform smoke testing regularly.
These are the benefits of smoke testing:

Test easily
Identify defects in the early stages
Improves the system quality
Bring down the overall risk
Understand the progress
Reduce integration risks

6. Accessible data-driven testing

Data-driven testing is a crucial benefit of automation testing. It allows you to execute your test cases to validate those functionalities that can be triggered with the involvement of numerous sets of data.
Advantages of Data-driven Testing:

Test any application with several data value sets when you perform regression testing.
Organize verification and test data in a single file and segregate them from the test case logic.
Hold test scripts under a single repository.
Reuse functions and actions in various tests.
Reduce test scripts and cases.
No test script changes can affect your test data.

7. Reusability always makes you feel better!

Another major benefit of automation testing is the reusability of your test scripts. Writing effective test cases requires a lot of time & effort, and to write the same test cases again could leave one mentally exhausted. This is why automation testing is better than manual testing. When you perform automation testing, you write a test script one time and get to reuse it as many times as you like.

Let’s look at this point from a cross browser testing point of view. As you perform cross browser testing, you may need to write test scripts or test cases every time to test an application on different operating systems or devices. Sounds tiring, doesn’t it?

However, the automated test scripts are reusable; you don’t always need new scripts even if the OS version on the device gets changed. It is possible to redo the same test again without forgetting any steps.

With the automated testing tools, test scripts can be reused as many times as you need, ultimately saving both time and effort. This is one of the best benefits of automation testing we need to consider.

8. Maximize the test coverage

Manual testing can help you bring quality test cases, but when we talk about 100% test coverage for a complex web application, doing so manually can be very challenging. One of the key benefits of automation testing is that it can help you maximize your test coverage.

Automation testing tools can ease the testing by ensuring the in and out of the software, such as databases, web services, UI, and so on, as per the business requirements. It will, in turn, improve the overall test coverage of a web application. With better test coverage, testers would be in a position to:

Understand more and less critical test cases for every application.
Get better traceability between the needed requirements and test cases generated so far.
Analyze the previous release and the current one.
Track every build cycle and project fixes.
Determine the EXIT criteria.
Improve the multitasking ability of every tester.

9. Analyze hundreds of test cases quickly with powerful test reports!

In the case of manual testing, testers have to report to each other manually to know how many test scripts have been written and what all bugs have been fixed. The whole process is cumbersome and leads to dependency on each other.

On the other side, the test automation engineers can view what other engineers have worked on, what scripts have been written, what tests other testers have performed, and what bugs were discovered and fixed with the help of clear reports for automation testing.

LambdaTest offers an API for Selenium automation testing to help you extract every inch of information related to automated test suite execution on LambdaTest, even without logging into our platform.

10. Schedule your test execution 24X7

One of the major benefits of automation testing over manual testing is the flexibility to execute testing at any time, from anywhere in the world. For performing manual testing, you would need to work your way out through a computer to test a web application. You can’t carry your computer or laptop everywhere.

I am sure you wouldn’t find it comfortable to deal with (Probably frowning over the thought!). But comfort is everything in the work zone, isn’t it?

This is why automation testing is better than manual testing, as in such scenarios. This allows you to:

Schedule your test case execution to run at any hour of the day remotely from any location.
Analyze the test results through reports generated based on your test suite execution.

Watch this video to learn how to write a basic script with Playwright using functions & selectors and then launch the browser to execute the test.

Check this out: 30 Top Tools for Automation Testing In 2022

11. Of course, it saves you a lot of time!

Without a doubt, the benefits of automation testing include speeding up your test cycles. It also relieves you from testing the repeating, monotonous test cases daily and allows you the time and efficiency to come up with better test case scenarios. Unfortunately, organizations have to suffer huge losses due to the inability to deliver bug-free releases quickly.

I am not saying automation testing will deliver a bug-free release, but it will save you enough time to ensure that your web product stays solid after every change deployed in production. Read our article to know what stops a tester from finding bugs.

12. Reduced business costs & better utilization of manpower

Undoubtedly, the initial investment can be on the higher side, but organizations save a lot of additional expenses with automation testing with effective resource utilization.

Once you write automation test scripts, you need minimal hands on deck to monitor those test case execution frequently and troubleshoot in case of any script failures. As a result, test automation results in a higher quality of work, reducing the need for fixing glitches after the product is released. Therefore, a reduced business expense is one of the significant benefits of automation testing.

13. Improve the quality of manual tests

All this time, I have been preaching about why automation testing is better than manual testing, but I am not implying that automation testing is all you need. I cordially agree that there are a handful of automation testing challenges we need to address. Manual testing is important for coming up with unique test scenarios and test cases. In addition, quality manual test cases will help you write better automation test scripts.

The most accepted benefits of automation testing include ease of the stressful activity of a manual tester, so they get enough time and bandwidth for coming up with better test scenarios. Also, manual testing serves as the base for automation testing.

Once you perform manual testing, you can cross-check the outcomes of testing with the help of test automation tools. In addition, results generated from the automation test tools can help testers enhance the quality of test scripts written manually. These benefits of test automation have won customer favors in recent years.

Get rid of flaky tests! Try LambdaTest now.

Check this out: 30 Top Automation Testing Tools In 2022

14. Maximize ROI

Manual testing takes a considerable amount of time to launch a software product to market due to repetitive testing.

However, one of the major benefits of automation testing is that it can help reduce time-to-market and launch a bug-free product by taking care of repetitive tasks with fewer resources on board, thereby maximizing Return on Investment for businesses.

These are the factors that would influence the test automation ROI:

The number of builds/releases in a single year.
The license cost of the test automation tool.
Cost and time were taken to manage the initial automation framework design, team reskilling, and feasibility.
Regression cycle and configuration of every build.
An average number of automatable test cases in every build.
Salary of a test automation engineer.
Cost of software and hardware.
Stability of the product.

The right test automation platform can help you manage all these factors, thereby increasing the overall ROI.

15. Distributed test execution

Distributing test cases over multiple machines, OSs or browsers is not feasible in the case of manual testing. Instead, testers can perform testing on any one platform or device at a time to detect the behavior of an application.

Automated testing tools allow distributed test execution by simultaneously running various tests on different computers or devices.

16. Scalability

It is possible to scale manual testing with more people and hours allocated for a specific project. The more will be the test cases, the more hands you will need to scale them.

On the other hand, as a part of the core benefits of automation testing, we can expect a high level of scalability as you only need to add more test executors to the testing platform or tool.

17. Lack of complex & lengthy test scenarios

The last key benefit of automation testing is to execute error-prone, complex, and lengthy test scenarios the right way every day. There may be some test cases that may include dozens of reproducible steps. Such scenarios could lead to a faulty assurance by a mere distraction while testing manually. With automation testing, you only have to develop a robust test script once, and you are good.

Bonus benefit

18. Get the right feedback

Instant feedback is one of the most commonly accepted benefits of test automation practices. Developers can get their hands on instant test reports with faster execution. Whenever a test fails, a developer would get into quick action. If you are entirely dependent on manual testing, it will bring down the speed of the process. Immediate feedback would act as a lifeguard when your product needs no introduction in the market.

When there is an important update, and there is a bug that needs immediate attention, there are high chances that manual testing would bring down the process. The most proven benefits of test automation include improving team responsiveness, taking the user experience to the next level, and paving the way for 5-star customer reviews. This is one of the most preferred benefits of automation testing.

Check this out: Online Automation Testing Platform - Accelerate your release velocity with blazing fast test automation on cloud

Conclusion

There could be more benefits of automation testing as the industry is progressing immensely around automation. However, the above-presented points are the most critical benefits of automation testing, in my opinion. Feel free to share how automation testing has benefited your test cycles.

Also, keep in mind that manual testing is always needed for better automated test cases. I would also want to highlight that despite all the benefits of automation testing, there is still a chance that you may fail to deliver your project on time. This could happen due to many factors, but the most critical and common would be the wrong selection of your automation testing tool. Remember, automation testing is highly tool-dependent, and there are many vendors in the market to choose from. If you want to enjoy the best benefits of automation testing, pick the right one! If you want to perform cross-browser testing, then LambdaTest will fulfill all your testing requirements. Happy Testing! 🙂