Low-code and no-code test automation tools are forming the basis for product development around the world. Forecasts say the global low-code development platform market will have generated a revenue of $187.0 billion by 2030. They help ease the pressure on developers’ shoulders by eliminating some of the routine daily tasks and by minimizing human errors.
We can also observe changes in the test automation sector: with the democratization of technology and programming, low- and no-code test automation tools it has become easier to test programs. In this article, we will examine in detail low-code and no-code test automation in their comparison with the traditional one.
When developing software manually, you need to test it to make sure it works and is stable and secure. Testing can be manual or automatic.
QA engineers performing manual testing require a developer with a fresh look (usually not part of the team) to go through the entire script code, identify all possible bugs and find ways to make coding smooth and efficient. A QA engineer can also create manual test scenarios to automatically run and complete the code.
However, there is a way to automate the whole process and make it codeless. Automation testing goes through various aspects of the code, it can be run many times. Automation testing tools view each line of your code, detecting errors, redundancy, and more.
Automation of the testing process possesses multiple advantages:
Development and quality control teams want a quick and high-quality impact at the lowest cost and therefore go for test automation. However, some of the companies-investors in this technology believe that their progress is too slow and they don’t see the expected level of ROI from it.
In addition to craving quick results, some organizations lack prioritization of automation testing and lack qualified human resources as their biggest problems. As a result, it hinders the efficiency and implementation of further test automation by other companies.
Automation enables companies to grow at a higher pace and achieve ever-changing goals of software development and testing. Still, the disadvantage of traditional automation testing is the excessive time and expenses required for creating and improving this process. The reason for it is the necessity for further maintenance of tests by experts.
This is where codeless automation testing comes in handy, as any person can use no-code automation testing tools, such as DogQ, to test the code. The bottom line is that any employee, from tech engineers to marketing or sales department employees, can create automated tests. The process becomes much easier as no code or programming knowledge is needed. So if the product’s complexity isn’t high, this methodology is a go-to solution for businesses to benefit from.
Codeless automated testing is changing the world of software testing, making it more accessible to a greater number of people. With it, developers can perform data-based testing with neither any code nor advanced programming skills.
This is achieved through codeless automation testing tools which use pre-created templates and software blocks for building automated test scenarios. Such tools are aimed at simplifying the development process for developers, DevOps and QA engineers. They make the platform convenient and accessible, allow recording, playback and integration of AI technologies, as well as require less maintenance.
Automating test cases has proved to provide numerous advantages to software companies. Among them, we can mention the following:
That’s why more companies are making use of codeless test automation tools, striving to minimize time and money expenses as well as maximize the efficiency and accuracy of product testing.
No-code and low-code methodologies are definitely on the same side, as both save you time and money compared to traditional methods of development and testing. Still, it is worth mentioning that they have certain differences. Take a look at the table below to learn about their specific features:
Category | Low-Code | No-Code |
Coding Knowledge | Requires minimal knowledge of programming languages | No prior knowledge of coding needed |
Time Consumption | Requires developers to code certain parts of the application themselves, resulting in longer development time | Built on the basis of the rapid application development (RAD) methodology, which helps to perform tasks as fast as possible |
Product Complexity | Used to create applications that have more complex functions | It is better to use for creating tools that can assist in business process management, reporting, project tracking and analytics |
Product Flexibility | More flexible applications that can evolve and improve with many updates and changes depending on your unique needs | Can be used to develop a prototype that lays the foundation for further programming, as well as to launch critical business processes |
Utilizing codeless automation testing tools lowers the need for testing to almost zero, as they generate high-quality, efficient and smooth code that does not require further optimization. Thereby, low-code and no-code automation grant you additional time so you can concentrate on what’s important and validate your business ideas into successful outcomes in no time.
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