Webassembly

Chrome is now running at the fastest performance level in its development history, according to Google. The company backed that claim with technical details, not just marketing language, and pointed to deeper changes inside the browser as the reason browsing now feels smoother and quicker. That matters because Chrome remains one of the most widely used browsers in the world. Any improvement in its core performance can be felt directly when loading pages, interacting with websites, and handling heavier web tasks. Benchmark gains point to a measurable jump Google said it measured the latest gains with two popular browser benchmarks, Speedometer 3.1 and Jetstream 3. Chrome’s score rose by about 5% in Speedometer 3.1 and 10% in Jetstream compared with tests from last year. The tests were run on a MacBook Pro with an M5 chip running macOS 26.0.1. In the announcement, Google said Chrome reached a score of 61 on Speedometer, which it described as the fastest result the browser has ever achieved. Google also framed the improvement carefully. Rather than focusing on broad promotional claims, the company said the work from the Chrome team and the Chromium engine now delivers a browsing experience that is meaningfully faster in practice. What changed under the hood One major area of optimization was Chrome’s JavaScript engine. Google said the engine is now designed to make smarter decisions, including choosing shorter execution paths when it encounters highly repetitive operations during page loading. This matters because JavaScript drives much of what makes a modern website interactive. It handles content loading, responds to input, and runs interface logic directly in the browser. When the JavaScript engine becomes more efficient, the browser can execute instructions faster. That can translate into quicker page response, smoother interaction, and shorter waits for elements to appear. Google also made changes around WebAssembly, the component that runs low-level code alongside JavaScript for heavier tasks. Those tasks can include demanding workloads, including AI-related processing. According to Google, the handoff between JavaScript and WebAssembly is now more efficient and more transparent. The company also removed unnecessary or repeated steps so the processing pipeline is leaner. Faster rendering, lighter text handling The combined effect of those changes is said to be faster web page rendering. When the browser processes JavaScript and WebAssembly more efficiently, pages do not just load sooner, but can also feel more fluid during use. Google said Chrome’s text engine was also optimized to reduce loading time. That may sound minor, but the text engine plays an important role in how written content is processed and displayed on pages. Taken together, the updates show that Chrome’s performance push is not tied to a single feature. Google highlighted layered improvements across script processing, rendering, and text loading as the foundation for its claim. Chrome’s long performance race continues Chrome first gained traction nearly 20 years ago because it was fast and looked modern. At the time, it stood out in a browser market dominated by names such as Internet Explorer and Mozilla Firefox. Now, almost two decades later, Google is trying to reinforce that identity. This time, it is doing so not only with a slogan, but with benchmark numbers and a more technical explanation of the work behind them. Google said Jetstream was built together with Apple, Mozilla, and other web browser engine maintainers. That gives the benchmark added context as a broad measuring tool rather than a Google-only internal test. Benchmark scores never capture every real-world browsing scenario, but they still send a clear signal. Google is making performance the main message for Chrome, with JavaScript engine updates, WebAssembly efficiency, page rendering improvements, and text engine tuning all supporting that effort. Source: www.androidauthority.com

Chrome Hits Its Fastest Pace Yet, And Google Explains Why Rival Browsers Should Worry