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RedLinz transforms visual annotations into precise AI prompts, enhancing clear, efficient design communication.
RedLinz is a web-based visual markup platform designed to improve communication between people and AI assistants by transforming visual annotations into structured, machine-readable prompts. Instead of spending time writing long explanations about interface changes, design revisions, bug reports, or content updates, users can simply upload a screenshot, highlight the exact areas that need attention, and export a detailed prompt that can be understood by leading AI models such as ChatGPT, Claude, Cursor, Perplexity, Grok, and many other AI-powered tools. The platform bridges the communication gap between visual thinking and text-based AI interactions, making it significantly easier to describe complex modifications with precision and clarity. Whether the task involves improving a user interface, fixing software bugs, editing marketing assets, or refining AI-generated images, RedLinz provides a faster and more reliable workflow that minimizes ambiguity while increasing the accuracy of AI-generated results.
The platform is entirely browser-based, meaning users can start working immediately without downloading or installing any software. Images never leave the user's browser during the annotation process, providing an additional layer of privacy and security since all visual markup is performed locally on the client side. Users can upload screenshots, paste copied images directly into the application, or even begin with a blank canvas before adding annotations. Once the project is loaded, RedLinz offers a professional collection of markup tools including circles, arrows, rectangles, callout notes, highlights, numbered markers, checkmarks, deletion stamps, color replacement tools, image insertion, and several additional annotation symbols. Unlike traditional drawing applications that simply place graphics on top of an image, every annotation in RedLinz carries semantic meaning that is translated into structured instructions for AI systems. This allows AI assistants to understand not only where a change should happen but also what kind of modification is being requested.
RedLinz supports a wide range of practical use cases across software development, product design, digital marketing, content creation, and creative workflows. Developers can create highly accurate bug reports by circling broken interface elements instead of writing lengthy descriptions that may be misunderstood. Designers can annotate Figma exports or staging websites to communicate design revisions with complete clarity. Product managers can specify sequential implementation steps using numbered markers, while marketers can highlight weak sections of landing pages and generate structured prompts requesting improved copywriting from AI assistants. The platform is also valuable for image generation workflows, allowing creators to revise AI-generated artwork by marking incorrect colors, misplaced objects, unwanted text, or anatomical mistakes and generating prompts that target only the selected modifications. These capabilities help eliminate unnecessary back-and-forth conversations while enabling both AI systems and human collaborators to understand requested changes immediately.
One of RedLinz's most distinctive features is its semantic markup language, which assigns specific machine-readable meanings to every annotation tool. A circle instructs the AI to modify a particular element, an arrow indicates movement or positioning, rectangles define regions where changes should be applied, callout bubbles attach contextual notes, checkmarks preserve existing elements, deletion stamps remove objects, numbered markers establish execution order, strike-through tools eliminate text, color markers request color replacements, eyedroppers sample existing colors, erasers remove annotations, and image insertion tools specify where new visual assets should appear. By combining visual markup with structured coordinate data and contextual instructions, RedLinz generates prompts that are significantly more precise than manually written descriptions. This structured approach reduces misunderstandings, improves AI accuracy, and helps users achieve the desired result on the first attempt more consistently.
