Eye Candy 7
Realistic procedural graphic effects for high-precision design workflows.
The AI-powered color discovery tool that learns your aesthetic preferences for infinite design inspiration.
Khroma represents a significant shift in design automation, utilizing a personalized neural network to curate and generate color combinations tailored specifically to a user's unique aesthetic. Unlike traditional palette generators that rely on static mathematical ratios or community voting, Khroma requires an initial training phase where the user selects 50 distinct colors. This data set is used to train a localized algorithmic model that predicts which colors the user is most likely to favor. In the 2026 design ecosystem, Khroma's utility lies in its ability to bridge the gap between human intuition and machine efficiency. The platform allows designers to search by hue, tint, value, and color name, while also offering sophisticated visualization tools. Users can view colors as typography pairings, gradients, or applied to SVG imagery, ensuring cross-medium utility. Technically, the tool leverages browser-based processing to handle high-volume permutations, making it a high-performance solution for brand identity development and UI/UX prototyping. Its focus on accessibility and semantic search capabilities ensures it remains a staple for professional designers seeking to eliminate the 'blank canvas' problem in color selection.
Uses a custom-trained model based on 50 user-selected inputs to predict future color preferences.
Realistic procedural graphic effects for high-precision design workflows.
Professional-grade Text-to-SVG and Raster-to-Vector generation powered by semantic path-tracing AI.
Precision Automated Vectorization: Transform Bitmaps into Clean, Scalable Graphics Instantly.
Professional, production-ready SVG icons from natural language descriptions.
Verified feedback from the global deployment network.
Post queries, share implementation strategies, and help other users.
Natural language processing to find colors based on descriptions like 'warm', 'oceanic', or '1990s'.
Automated calculation of contrast ratios between text and background pairings.
Dynamic injection of generated colors into SVG vector graphics for real-world visualization.
A browser-side generative algorithm that creates thousands of permutations based on the trained model.
One-click copying of HEX, RGB, and CSS variables for developer handoff.
The ability to 'Favorite' or 'Hide' results to further refine the underlying neural model.
Finding a unique primary and secondary color pair that fits a specific mood.
Registry Updated:2/7/2026
Ensuring text is readable on background colors while maintaining brand aesthetics.
Generating CSS-ready gradients for modern web backgrounds.