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A standards-first web framework focused on building high-performance web applications by leveraging native browser technologies like HTML, CSS, JavaScript, and WebAssembly to their full potential.
This project is a cutting-edge web framework built upon the foundation of web standards (HTML, CSS, JS, WASM) to enable developers to build exceptionally fast, efficient, and maintainable web applications.
Many modern web frameworks introduce significant complexity and layers of abstraction that can hinder performance, increase bundle size, and deviate from core web standards. This project aims to provide a more direct, performant, and standards-aligned approach to web development.
Prioritizes native HTML, CSS, and JS features, minimizing reliance on custom syntax or abstractions where possible.
Designed for maximum performance and efficiency, aiming for smaller bundle sizes and faster load times.
Provides a streamlined component model that feels familiar while adhering closely to web standards.
Leverages WebAssembly for performance-critical operations where appropriate, enhancing speed and efficiency.
The framework is well-suited for various web development scenarios where performance and adherence to standards are critical.
Building highly interactive single-page applications (SPAs) or multi-page applications (MPAs) that require excellent performance and minimal JavaScript runtime.
Achieve faster initial load times and smoother interactions compared to frameworks with larger runtimes.
Migrating existing web applications or components to a more standards-compliant and potentially faster architecture.
Reduce technical debt and improve application speed and maintainability by aligning with web standards.
Developing reusable web components that can be easily integrated into various projects, regardless of the surrounding framework.
Produce lightweight, performant components that leverage browser native capabilities and are portable across different stacks.
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