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Hey everyone, Launch days are always exciting, and today, I couldn’t be happier to share something we’ve been working hard on: the MCP Server in Katalon Studio. This isn’t just another update. It’s a milestone for StudioAssist and for all of you who are looking to move faster with AI. With this release, we evolved StudioAssist from simply answering your questions to becoming your Agentic AI assistant. That means it doesn’t just tell you what to do.

Teams use different tools in their software testing life cycle. The problem? Each tool has its own way of communicating. The MCP (Model Context Protocol) Server is a new approach to integrating these tools. It’s like a universal translator, so your testing tools, scripts, and AI copilots can share context without endless plugins or one-off integrations.

Clicking links is one of the most basic things a user can do on a website. If you're writing test scripts, it’s also one of the most common actions you’ll need to automate. With Selenium WebDriver, you can interact with any hyperlink on the page, no matter if it's visible, hidden, dynamic, or opens in a new tab. All you need is the right locator and a clear understanding of how the browser responds.

Typing into a text box is one of the first things you'll want to do when working with Selenium. It’s a core action that helps simulate real user input to fill out things like login forms, search fields, checkout screens. This guide will walk you through the exact steps to type into a text box using Selenium WebDriver. Whether you're new to automation or just looking for a refresher on Selenium input text techniques, this article has you covered.

Hyperlinks connect users to pages, actions, and content. In web testing, they are everywhere. That’s why knowing how to click a hyperlink in Selenium WebDriver is one of the first and most essential skills for any test automation engineer. Selenium makes it simple, but real-world links come with variations. Some are plain anchor tags. Some use JavaScript. Others open new tabs or redirect dynamically. Each requires a slightly different approach.

Selecting a date from a calendar widget is one of the most common tasks in UI automation. And yet, it often turns into a tricky challenge, especially when the datepicker behaves differently on each site. Sometimes it's a jQuery calendar, sometimes it's a custom airline-style picker, and in many cases, it doesn't respond well to direct input. If you've ever wrestled with a flaky test just to select one simple date, you're not alone.

The rise of agentic testing systems has sparked real enthusiasm and real concern. Enterprises want to move faster and scale quality efforts without ballooning headcount. But trust, explainability, and control can’t be optional. The answer isn’t full autonomy. It’s human-in-the-loop (HITL) where AI accelerates, and humans stay in control.

Browser automation with JavaScript is more powerful than ever. And if you're just starting out, using the selenium webdriver npm package is one of the most flexible ways to write and run your own automated browser scripts. Whether you're testing a login flow or building a web scraper, Selenium WebDriver helps you take control of the browser automatically. Add in NPM, and now you have a fast setup, easy dependency management and the full support of the Node.js ecosystem.

In Selenium, interacting with a page element only works if that element exists. That's why checking whether an element is present is one of the first things any test should do. It confirms that the application has loaded the expected content and is ready for the next step. When you verify element present in Selenium, you reduce flaky failures and improve test reliability. This is especially helpful when testing dynamic apps that load content based on user actions or network timing.

When running UI tests with Selenium, you don’t always know what’s happening behind the scenes. Is your script clicking the right button? Is it filling the correct field? That’s where highlighting an element in Selenium makes a difference. Highlighting is a simple trick that gives you visual confirmation during test execution. It changes the appearance of the element temporarily (usually by adding a border or background color) so you can instantly see where the action is taking place.