Carbonate

Carbonate is a powerful AI-driven tool that simplifies automated testing, allowing you to write tests in everyday language and adapt to changes without hassle.

Carbonate is designed to integrate smoothly into your testing framework, making it super user-friendly. You can write your tests using plain English right in your favorite testing tool. On the first run, it automatically transforms these easy-to-understand tests into stable test scripts. If you make any changes to your HTML, Carbonate quickly generates new test scripts to reflect those updates, keeping everything in sync.

A standout feature of Carbonate is its resilience when it comes to changes in the user interface (UI). It smartly analyzes the HTML to differentiate between actual UI changes and mere rendering differences, so your tests won’t break even if you tweak the UI. This means you can keep improving the look and feel of your application without worrying about messing up your tests. Carbonate adapts just like a real user would, maintaining consistent behavior throughout these changes.

Performance-wise, Carbonate is quite efficient. It conducts analysis only once, which means that for subsequent runs, it uses a locally cached version of your test scripts. This significantly boosts performance and speeds things up. Plus, you have the flexibility to run the test scripts in a way that suits you best and even insert your own code as needed, making it highly customizable.

Setting up Carbonate is a breeze since it offers seamless integration with PHP, Node, and Python through its SDKs. You won’t have to make any changes to your existing testing tools, allowing you to get started quickly. Ultimately, Carbonate aims to speed up your development process while enhancing stability. It helps developers and testing teams automate their testing tasks, reducing the need for manual work and catching more bugs along the way. By taking care of the more complex aspects of testing, Carbonate lets users focus on what they do best while ensuring their software remains reliable.