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How to Improve Google Lighthouse Score

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 Improving the score of your website, on Google Lighthouse is essential as it enhances performance, accessibility and overall user experience. Google Lighthouse is an automated open source tool that measures web page performance and provides suggestions for optimization. A higher score not improves search engine rankings. Also ensures a smoother user experience. In this guide we will explore strategies to increase your Google Lighthouse score. Optimizing Images:  to the size of a webpage. You can use techniques like image compression to reduce file sizes without compromising quality. Consider utilizing image formats such, as WebP which offer compression capabilities. Moreover you can make use of images and lazy loading to ensure that images are loaded when they appear within the users visible area. Minimizing HTTP Requests: Reducing the number of HTTP requests helps in speeding up page loading times. You can achieve this by combining CSS and JavaScript files into files and utilizing CS

Next-Gen Formats: Shaping the Future of Technology

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One of the key drivers of this evolution is the continuous development of next-generation formats. These formats encompass a wide range of technologies, from file formats to communication protocols, and they play a pivotal role in shaping the future of technology. In this article, we will explore the significance and impact of next-gen formats in various domains and their implications for businesses and consumers alike. Understanding Next-Gen Formats Next-gen formats are essentially updated versions of existing technologies, designed to overcome limitations and enhance performance. They bring innovation to various sectors and often serve as a bridge to emerging technologies. Here are some key areas where next-gen formats are making a significant impact: File Formats and Compression Techniques Next-gen formats in this category are revolutionizing the way data is stored, transmitted, and processed. For instance, the introduction of the High Efficiency Video Coding (HEVC) format has drast

Preload Fonts: A Simple Guide to Speed Up Your Website

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  In the ever-evolving landscape of web design and user experience, every second counts. Users demand fast-loading websites that provide a seamless browsing experience, and developers are constantly on the lookout for ways to meet these expectations. One such technique that has gained prominence in recent years is "preload fonts." In this blog post, we'll delve into the concept of preload fonts, their significance, their benefits, and how they contribute to creating a more visually appealing and efficient web. Understanding Preload Fonts: Fonts play a vital role in defining a website's identity and enhancing its visual appeal. However, when a user visits a webpage for the first time, they might experience a phenomenon known as "FOIT" (Flash of Invisible Text) or "FOUT" (Flash of Unstyled Text). These occur because the browser requires time to load and apply the required font files, resulting in a jarring experience where content is either temporari

Understanding Total Blocking Time's Importance for Performance Measurement and Optimization

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In the world of web development and user experience, every second counts. Users expect fast and responsive websites and even minor delays can lead to frustration and lost customers. This is where "Total Blocking Time" ( TBT ) comes into play. In this guide, we'll explore what Total Blocking Time is, why it's crucial for performance measurement, and how to optimize it for a better user experience. What is Total Blocking Time (TBT)? Total Blocking Time is an essential web performance metric that measures the time during page load when the main thread is blocked and unable to respond to user input. The main thread is responsible for executing JavaScript and rendering the page, and any activity that consumes the main thread can cause blocking and hinder website responsiveness. Total Blocking Time is measured in milliseconds and is a key component of the larger performance metric called "First Input Delay" (FID). FID represents the time delay between a user'