The world of software development has undergone significant changes in recent years, with many tools and platforms emerging to make development easier, faster, and more accessible. One of the most exciting trends in this space is the rise of no code and low code platforms, which allow individuals to create software applications without writing a lot of code—or sometimes, any code at all.
But what happens when it comes to testing these applications? Enter no code/low code testing—a game-changer for developers and non-developers alike. In this blog post, we’ll explore what no code/low code testing is, how it works, and why it’s gaining so much traction in the industry.
What is no code/low code development?
Before diving into testing, let’s quickly review what no code and low code development mean.
- no code development: This refers to platforms and tools that allow users to create applications entirely without writing any code. These platforms provide a graphical user interface (GUI) where users can drag and drop components to build applications.
- low code development: In contrast, low code platforms allow users to build applications with minimal coding. While they still require some programming knowledge, the amount of code required is significantly reduced, making development faster and more accessible.
These platforms are designed to empower individuals who may not be professional developers to build and deploy apps. They democratize the development process, giving business users, marketers, and designers the ability to create solutions without the need for specialized technical skills.
What is no code/low code testing?
No code/low code testing is the practice of testing applications built using no code or low code testing tools without requiring extensive programming knowledge. Traditional software testing often requires testers to write complex scripts and codes to validate an application’s functionality. However, in a no code/low code environment, testing can be streamlined, and testers don’t necessarily need to have coding skills.
There are two key aspects to no code/low code testing:
- Automated testing: Many no code/low code testing tools allow users to automate tests for the applications they’ve built. These tools come with pre-configured, customizable workflows that users can leverage to perform tests automatically, reducing the time and effort involved in manual testing.
- Visual testing: Since no code/low code platforms are designed with drag-and-drop interfaces, testing can be performed visually. Testers can interact with the application’s UI in the same way users would, ensuring the app functions as intended without writing code.
In essence, no code/low code testing simplifies the testing process by eliminating the need to write complex code for test cases, making it more accessible for people without technical backgrounds.
Why is no code/low code testing important?
The demand for no code and low code applications has been growing rapidly, and with it, the need for efficient testing solutions. Here’s why no code/low code testing is becoming an essential part of the development process:
- Faster time-to-market: no code/low code platforms are designed to speed up the development process, and no code/low code testing tools help accelerate the testing process as well. By simplifying testing, businesses can release applications faster, keeping up with the ever-evolving demands of the market.
- Increased accessibility: no code/low code testing empowers a wider range of people—business analysts, product managers, and designers—to contribute to the testing process, even if they don’t have a background in coding. This democratizes the testing phase and ensures a more collaborative approach.
- Cost efficiency: By reducing the need for specialized coding skills in testing, companies can save money on hiring dedicated testers or developers for testing. Additionally, automating tests through no code/low code tools reduces the need for manual testing, further driving cost savings.
- Improved user experience: With visual testing capabilities, no code/low code testing platforms allow testers to identify UI/UX issues faster. This leads to more polished and user-friendly applications that meet customer expectations.
Key features of no code/low code testing tools
Here are some key features you can expect from no code/low code testing platforms:
- Drag-and-drop interface: Most no code/low code testing tools feature an intuitive, drag-and-drop interface, allowing users to create test cases without writing code.
- Automated test scripts: These tools come with built-in test automation capabilities, allowing testers to run predefined test cases automatically.
- Integration with development tools: Many no code/low code testing platforms integrate seamlessly with popular no code/low code development tools, making it easy to link testing with the development process.
- Visual testing: Some tools allow you to interact with the application as a user would, checking UI elements for consistency and performance.
- Cloud-based platforms: Most no code/low code testing tools are cloud-based, meaning they are accessible from anywhere, enabling teams to collaborate on tests in real time.
Popular no code/low code testing tools
Several tools have emerged to help testers and developers leverage no code/low code testing, including Virtuoso’s leading qa automation testing.
As no code and low code development continue to reshape the software landscape, no code/low code testing is quickly becoming a must-have solution for businesses looking to streamline their testing processes. By simplifying test creation and execution, these platforms make it easier for a broader range of users to participate in ensuring the quality and reliability of their applications. Whether you’re a business analyst, marketer, or developer, no code/low code testing tools provide the means to improve software quality and accelerate time-to-market without requiring a deep technical background. As these platforms evolve, we can expect even greater innovation in the world of software testing—one that’s more inclusive, automated, and efficient than ever before.
