According to Statista, approximately 23% of an organization’s yearly IT budget is dedicated to quality assurance and testing. This allocation is justified as high-quality software enables organizations to compete efficiently and provide an excellent customer experience. Testing software applications rigorously using the best tools and techniques is crucial in today’s competitive environment. Software testing plays a crucial role in successfully delivering a software product since it involves assessing the various functionalities to ensure they perform as intended.
Most companies are replacing traditional manual testing with automated testing to make the process more effective and streamlined. Moreover, rapid technological advancement and the introduction of Artificial Intelligence (AI) have transformed the software testing landscape. AI-driven automation testing has not only become the prevailing trend but has minimized the need for manual testing in many contexts.
What Is Manual Testing?
Before we explore why automation testing is becoming more popular, let’s understand what manual testing is. In simple terms, manual testing is when people run test cases on a software application without using any automated tools. Its primary objective is to verify that all functions within an application conform to the documented requirements, but it can be slow, repetitive, and time-consuming.
Manual testing is most beneficial when human interaction is a requirement, such as in User Acceptance testing. This form of manual testing is essential for assessing a ready-to-use product from a user perspective before market release.
What Is Automation Testing?
Automation testing employs tools to script and execute test cases, providing an efficient way to enhance execution speed, effectiveness, and test coverage. It proves cost-effective and enables the rapid identification of potential bugs.
Automation testing is implemented through frameworks that establish coding standards, common practices, and testing tools within organizations. Ideally, an effective automated testing framework should encompass coding standards, methods for handling test data, object repositories, and procedures for storing test results.
Manual Testing Vs. Automated Testing
You must be wondering whether to opt for manual testing or embrace the efficiency of automated testing. To clear this confusion, let’s delve into the distinctions between manual and automated testing to empower you with the knowledge needed to make an informed decision tailored to your specific needs.
| Parameter | Manual Testing | Automated Testing |
| Time | Manual testing is time-consuming, relying entirely on human resources. Regression and integration testing, involving repetitive tests, take the longest time. | Automated testing is much faster and hassle-free, especially with a no-code automation solution. You can test end-to-end business processes with a single click. |
| Effort | Manual testing is tedious, requiring a quality assurance team to manage the entire process. | Automated testing is easy, reducing testing efforts to a simple click allowing teams to focus on higher-value tasks. |
| Accuracy | Manual testing is prone to human errors, impacting the accuracy and reliability of the application. | Automated testing is highly accurate and reliable, eliminating the possibility of human errors. |
| Cost | Manual testing is not cost-effective for large-volume regression testing, with lower initial investment but lower ROI in the long run. | Automated testing is effective for large-volume regression testing, with higher initial investment but higher ROI in the long run. |
| Report Readiness | Manual testing results are not readily available in the system, usually recorded in a spreadsheet. | Automated testing results are readily available in the system and accessible to anyone on the team. |
| UI-Readiness | Manual testing thoroughly validates the user-friendliness of the application. | Automated testing cannot assure user-friendliness since it lacks human intervention. |
By now, you must have understood that manual testing involves the manual examination of software or applications without the aid of automated tools or scripts.
Now imagine a scenario where testing a crucial functionality across numerous web browsers, devices, and operating systems is essential—manual testing becomes impractical. This is where you can leverage AI-powered automation platforms like TestGrid that streamline your testing process and increase its effectiveness with a multitude of features.
Testgrid – The Preferred Choice For Automation Testing
In recent years, TestGrid has revolutionized software testing, setting a new standard with its advanced automated testing capabilities. As businesses seek faster and more reliable software solutions, TestGrid stands as a game-changer with the following features and benefits:
- Cross-Platform Testing: It supports testing on all platforms, including mobile, web, custom hardware, and IoT. It ensures that your application functions seamlessly across various environments, providing a holistic testing approach.
- Detailed Documentation: It provides easy-to-understand documentation with comprehensive video presentations for each feature. This ensures that users have clear guidance on utilizing the tool effectively.
- Codeless Automation: It excels in codeless automation, offering a significant advantage to development teams. It reduces the testing cycle time substantially while achieving 100% coverage on both mobile and web platforms.
- Scalability and Shortened Release Cycles: It facilitates easy scaling of software testing efforts, enabling teams to handle complex projects with efficiency. It significantly shortens release cycles, contributing to faster time-to-market for applications.
- Provides Performance Metrics: Leveraging AI capabilities, TestGrid ensures accurate and reliable testing results. It offers valuable performance metrics about the applications under test, allowing users to evaluate its responsiveness, stability, and scalability under different conditions.
- Parallel Testing: It enables users to run multiple test cases simultaneously through mobile cloud and parallel testing. This accelerates the testing process, reducing the time required for comprehensive test coverage.
- Reusable Test Cases: Test cases created in TestGrid can be efficiently reused multiple times as test functions. This feature promotes efficiency by eliminating the need to recreate test cases for every testing cycle.
- Hosted On-Premise or Cloud: Offers both on-premise and cloud hosting options. Users can choose the hosting environment that aligns with their preferences and requirements.
- Real Device Testing: TestOS supports testing on real devices, including iOS and Android devices. This ensures accurate testing results by simulating real-world usage scenarios.
Conclusion
In summary, TestGrid is a comprehensive codeless test automation solution that goes beyond the ordinary, offering advanced, unbeatable features, including API testing, cross-browser testing, and many more.
TestGrid is designed to elevate the efficiency and effectiveness of software testing processes, giving you an edge over the competition.
