DevLens Ultra

DevLens Ultra is a professional-grade Chrome Extension built for developers, designers, and frontend engineers who need deep visibility into how modern web applications are structured and styled. It transforms any live website into a fully inspectable, analyzable, and reconstructable system, enabling users to extract clean, production-ready React components directly from the browser.

The extension is built on a high-performance Triple-Layer architecture designed for isolation, scalability, and efficiency. The injector layer mounts a Shadow DOM-based UI to prevent style conflicts and bypass restrictive Content Security Policies. A dedicated scanning worker processes complex DOM structures in the background, converting them into an Intermediate Representation (IR) that captures layout, hierarchy, and styling semantics. The service worker manages AI requests, streaming responses, and external communication without blocking the main thread.

DevLens Ultra goes beyond traditional inspection tools by introducing intelligent DOM traversal and framework-aware extraction. It can analyze component hierarchies, detect reusable UI patterns, and access internal framework data such as React Fiber trees. This allows accurate reconstruction of components rather than superficial HTML copying.

The built-in UI panel is fully state-driven and modular, offering multiple views including Insights, Properties, and Code Generation. Developers can inspect structure, analyze styles, and instantly generate reusable React components with Tailwind CSS mappings. The code generation engine focuses on producing clean, readable, and scalable output suitable for real-world projects.

An integrated AI refinement layer enhances generated code by improving structure, naming, and optimization. It supports multiple providers including OpenAI, Groq, and OpenRouter, allowing flexible configuration based on performance and cost.

The extension uses a modular ES Modules architecture with clear separation between UI, scanning, code generation, and communication layers. It avoids heavy frameworks, ensuring low overhead and maximum control.