FaceRater

FaceRater is an AI-powered face rating and attractiveness analysis platform that turns a single front-facing portrait into a set of readable, explainable facial measurements and a 0–100 geometry score. Built around a free attractiveness test, the site lets visitors upload a photo or take one with their camera, then uses a landmark detector to map 478 facial points and convert them into ratios, angles, paired differences and alignment statistics. Its Website Positioning sits between a lightweight entertainment tool and an educational self-analysis resource: rather than delivering a mysterious beauty verdict, FaceRater emphasizes transparency, showing the numerator, denominator and reference lines behind every reading so users can inspect how each number was produced. The Target Audience includes people curious about facial aesthetics, grooming, hairstyling and personal styling, along with users researching concepts such as the PSL scale, canthal tilt, golden ratio, facial symmetry and jawline balance. Core Features include a free overall attractiveness test, a Face Shape detector, a Golden Ratio face calculator, a PSL scale interpreter, a Face Symmetry test, a Canthal Tilt calculator, a Facial Proportions calculator and a Jawline rating tool. Users who want deeper guidance can purchase a one-time Face Report offering 26 readings across five facial regions, a feature profile, six AI-generated hairstyle concepts, eyewear framing and color pairing comparisons, and a personalized styling plan with PDF export. Content Features focus on documented methodology, cited research notes, and explanations that frame a photo as one capture of a person rather than a definitive claim about them. User Experience is streamlined and low-friction: no account or card is needed to start, results are instant, and progress flows naturally from a free scan to an optional one-time upgrade. Technical Features rely on an on-device landmark detector, a declared geometry-v1.1 formula, and privacy-conscious processing that keeps personal scans from being forced into a subscription model.