Unified Web Native: A Native and Unified Web Execution

Abstract

The present invention proposes a new web architecture based on a native and unified execution model, designed to meet the requirements of high performance, energy efficiency, and simplified development. Unlike traditional approaches that rely on separate engines (DOM, CSSOM, JS Engine) and complex pipelines (parsing, JIT compilation, rendering), this invention introduces a browser capable of directly executing a unified binary file, called a WebNative Package (.webn). The unified compiler transforms the HTML, CSS, and JavaScript standards into a binary file containing: GPU instructions optimized for graphics rendering; CPU instructions for application logic; and enriched metadata for SEO, accessibility (A11Y), and debugging.The model also incorporates a reactive binding system based on observables and notifications, enabling targeted dynamic updates of graphical elements via GPU buffers. This optimizes performance and significantly reduces unnecessary recalculations. Furthermore, a compatibility plugin ensures the execution of .webn files on existing browsers, facilitating a gradual transition to this new architecture. The key advantages of the invention include: near-native performance, thanks to the direct execution of CPU / GPU instructions; a significant reduction in carbon footprint, by eliminating repetitive steps on each client; simplification for developers, thanks to a unified language incorporating best practices (security, accessibility, performance); and backward compatibility ensured via the plugin, guaranteeing seamless adoption.By eliminating traditional engines and introducing a native binary executable, this invention represents a technological breakthrough, offering the web efficiency comparable to that of native mobile platforms like those based on Swift or Kotlin. It provides a holistic solution that unifies standards, improves performance, and simplifies the user and developer experience.