Silky AI offers an AI‑powered hairstyle changer that analyzes the visual DNA of a user’s face and instantly generates realistic previews of new haircuts and colors. Users can experiment with a wide range of styles—including short, long, curly, layered, and bangs—across genders, using natural‑language prompts or visual controls to fine‑tune results. The service provides access to roughly 600 generated hairstyle images per month, helping customers visualize changes before visiting a salon.
Funding
Funding not disclosed
Founders
Product
Problem
Choosing a new haircut or hair color typically requires multiple salon visits, trial-and-error, and time-consuming visualizations, which can lead to dissatisfaction and wasted appointments.
Solution
Silky AI provides an AI-driven hairstyle changer that analyzes the visual DNA of a user’s face to generate realistic previews of haircut and color variations directly on uploaded photos. Users can apply natural‑language prompts and visual controls to explore short, long, curly, layered, bangs, and color options across genders. The platform delivers instant, high‑fidelity transformations, allowing individuals to compare multiple styles in a single interface before committing to a salon appointment. By automating the visual experimentation process, Silky AI reduces uncertainty and helps users make more informed styling decisions.
Target Audience
Primary users are individuals seeking to experiment with new haircuts or colors before a salon visit, including both women and men who want a quick, visual way to evaluate style options.
Features
- AI model that extracts facial structure and lighting cues to produce photorealistic hairstyle overlays
- Natural‑language prompt interface combined with visual sliders for precise haircut and color adjustments
- Library of popular styles and colors with hourly refresh for both women’s and men’s looks
- Support for multiple hair attributes (length, texture, layers, bangs) in a single preview
- Safety filters that block high‑risk content and ensure AI‑generated disclosure on outputs