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Lazy loading is a powerful technique to improve web performance by deferring the loading of non-critical resources until they are needed. Over the years, I’ve implemented lazy loading in various projects, and it has proven to be a game-changer for both performance and user experience. In this article, I’ll share my experience with lazy loading in HTML and CSS, along with practical examples.

Building an internal UI component library is akin to creating a product for real-world customers. Here are the key steps and considerations for a smooth rollout:

CSS Houdini is like a superpower for web developers, giving you the ability to go beyond traditional CSS and create custom styles, animations, and layouts. Think of it as a way to peek inside the CSS engine and tinker with how it works. With Houdini, you can do things that were previously out of reach with plain CSS.

One secret sauce to speed up your site is a nifty little image format called WebP. Let's dive into why WebP rocks, how to use it without breaking a sweat, and when it's your website's superhero.

In web development, optimizing script loading is crucial for enhancing web performance and delivering a seamless user experience. By carefully controlling how and when scripts are added to a page, developers can minimize load times and improve overall performance. In this article, we'll explore different strategies for optimizing script loading and provide an example of lazy loading using TypeScript.

The position: sticky CSS property combines the behaviors of position: relative and position: fixed, allowing an element to remain positioned within the viewport until it reaches a specified scroll position, after which it behaves like a relatively positioned element.

Exploring deeper into the realm of CSS offers a myriad of possibilities for enhancing the visual appeal and interactivity of web elements. In this article, we'll unravel the magic behind CSS properties such as inset, popover, and the :has() pseudo-class selector, accompanied by illustrative examples.

Captivating realm of CSS Grid layout with a variety of interactive resources designed to enhance your understanding and mastery of this powerful tool. From CSS Grid Garden's engaging puzzles to the strategic challenges of CSS Grid Attack by Coding Fantasy, and the comprehensive tutorials provided by Grid by Example, there's something for every learner and enthusiast. Whether you're just starting out or seeking to deepen your expertise, these platforms offer immersive experiences that make learning CSS Grid both enjoyable and rewarding.

Container Queries provide a mechanism for defining styles based on the dimensions of individual container elements, rather than the overall viewport. This allows for more granular control over responsive behaviour, enabling elements to adapt intelligently to changes in their containing context.