Automation testing can reduce the chances of making errors, minimize the testing efforts, increase the delivery capability, and it is quite affordable.
If you’re thinking of starting automation or already have business automation in your organization, Then automation testing is the best thing that you could do, as it will end up saving time and money.
However, for automation testing, you require tools to make automated testing easier. It becomes quite essential to have the right tool which can provide you with the desired features for effective automated testing.
In fact, with the right automated tool, you can easily meet the requirements and achieve the targets of the project. It can also save up to 50% on testing costs while increasing testing productivity and efficiency.
If you’re looking for the right software testing tools to kickstart your automation testing, read this article. This article will show you how to find the right software testing tool for your testing.
What is automation feasibility analysis ?
Before starting with the automated testing process, it’s extremely important to analyze the test cases that can be easily automated.
Automation testing can be excellent for applications, but there’s a flip side too. It can become time-consuming if you don’t analyze the test cases vigilantly.
Some applications might get tested with tools. Automation testing works in some test cases where applications aren’t complicated or overloaded with complex features.
If the functions of an application change quite frequently or are complex, then it becomes difficult and a hassle to create test automation.
Every software has its own cons; it doesn’t work well in every test case. Hence, it becomes vital to test the cases before starting with automation.
Automation feasibility analysis helps you assess the test cases before selecting a tool so that you don’t end up falling into a trap.
It will also give you an overview of which test cases work with automated testing and which don’t.
Once you’re done with automation feasibility analysis and get a glimpse of which applications are eligible for automated testing, it will result in less work.
Steps to choose the right automation tool
1. Identify the project requirements
The end goal of every project is to deliver bug-free applications. With the right automation tool, you can test, fix and improve the quality of the product. However, not every automation tool will pay you well for your product.
Automation tools massively depend on your project requirements and scope. To get more ROI, you need to select the right tool. Before selecting a tool, study your project in-depth and analyze the requirements, as well as the test cases you wish to automate.
This key analysis of the project can be determined by the consultation team. You can select the tool based on the analysis, which can seamlessly and work with your project requirements and is easy to access and use.
2. Evaluate the tools
You can either assess the existing automated tools to evaluate them for your project, or you can be the test manager to evaluate the open-source automated tools for your project.
After understanding the project requirements, you can evaluate the tools. You can also create your own tool shortlist to shortlist the ones which meet your project requirements.
Also, check with the vendor before making the decision. Assess the vendor’s reputation and tool updates so that you don’t end up whining about the decision.
To check the quality of the tool, you can take advantage of the trial usage and launch a pilot to end up not being deceived by the vendors. It often happens that they give a trial version of their software on the pretext of the tool.
3. Make a criteria for your project
Before finalizing the automated tool for your project, set a key criteria for analysis. It’s the best way to elevate the tool.
You can consider a few key criteria, such as the development of test scripts and maintenance should be easy and simple to minimize human involvement and effort.
It should be easy to execute so that it can be run easily and also manual testing can be done by manual testers effortlessly. It should be that easy that any manual tester with little or no technical knowledge can execute it.
The intuitive test report should be easy to understand. The management team heavily relies on the report for the analysis.
Also, it should support cross-browsing testing to avoid particular browser reactions, and it works well with multiple end users.
It should also provide technical assistance and support to make the work of automated engineers easier. If they have faced any trouble, they can easily figure it out with technical assistance.
The tool should support the desired language to write a code-customized script.
4. Estimate the cost
You can use cost-benefit analysis to assess the cost of a tool and determine whether the tool will be beneficial for your project.
Analyze the cost based on the quality of the tool and compare it with other automated tools. Go with the automated tool that offers the best productivity and minimizes human efforts.
The tool should be priced moderately based on the value and benefit that it’s adding to your framework.
The balance between the cost and benefit should be your final decision.
5. Finalize the tool
Before making the final decision on the tool, make sure that you have done in-depth research on the tool’s features and specifications and that you’re sure about what the tool is offering and if it meets the requirements of the project.
You can definitely consider the help of your project management team for tool analysis. Also, estimate the cost and benefit of the tool and go with it only if you’re satisfied, as the tool can greatly affect the key requirements and success of your project and testing process if chosen incorrectly.
Every automation tool has its own pros and cons. It’s not necessary that each tool will support your testing script or case. Hence, it becomes extremely important to do a deep analysis to reap the maximum benefits of the tool.
We hope these steps will help you choose the right software testing tool for your project. Always consider the project requirements when choosing the tool.