About LinkScreen

LinkScreen is a next-generation productivity tool designed to bridge the gap between static media and interactive content. We believe that information contained within screenshots shouldn't be trapped in a flattened pixel grid.

Our mission is to make every pixel interactive. By leveraging advanced computer vision and artificial intelligence, LinkScreen identifies hyperlinks, buttons, and actionable elements within any image you capture or upload, transforming them back into functional, clickable links.

How it Works

When you upload an image, our AI engine scans the visual layout to detect text patterns and UI components that resemble interactive elements. It then intelligently infers the most likely destination URL, allows you to click through instantly, and even groups related domain links together for a more intuitive experience.

The Tech Stack for LinkScreen

LinkScreen utilizes a high-performance hybrid architecture where visual analysis is offloaded to the server to ensure maximum application speed. By 2026, the legacy OCR approach (like Tesseract) has been fully deprecated in favor of the **Gemini 3 Flash** engine.

Layout-Aware Intelligence: Unlike traditional text extraction, Gemini 3 Flash is layout-aware. It doesn't just provide raw text; it extracts the precise spatial coordinates for every word and interactive element it identifies.

Coordinate Mapping & Overlays

The core of our interactive engine is a precise coordinate mapping system. Once our AI identifies an element, it returns a bounding box defined by the coordinates:

These coordinates are dynamically mapped to a responsive percentage-based system. LinkScreen then overlays an invisible<a> tag or transparent <button> exactly over that spot on the image, effectively re-hydrating the static screenshot into a functional interface.

Our Vision

We are building a future where visual data is as searchable and interactive as raw text. By bridging the gap between computer vision and UI engineering, LinkScreen is unlocking the hidden potential of your digital storage, one pixel at a time.