Huey: Photo Color Picker

Point at any pixel and get HEX, RGB, HSL and CMYK plus the closest RAL and NCS matches. Built-in magnifier for exact picks. Works on photos or live camera.

Huey is a smart color detection and matching app that identifies the color of any point in a photo in seconds.

Choose a photo from your gallery or snap one with the camera, then drag your finger across the screen - the built-in magnifier lets you pick the exact pixel you want. Huey shows you every color code plus the closest standard color matches.

WHAT IT DOES

• Precise color picking from photos (pixel-perfect loupe)
• HEX, RGB and HSL codes - copy with one tap
• Closest RAL color, HTML/CSS named color and approximate NCS match
• Matching computed with the CIEDE2000 (Delta-E) algorithm for perceptual accuracy

WHO IT'S FOR

• Interior designers and decorators
• Graphic and textile designers
• Painters and art hobbyists
• Anyone shopping for paint or colors
• Brand color matching

FEATURES

• Color history - your picks are saved automatically
• Collections - group colors by project
• Save, copy and share
• Two design themes (Studio & Palette), light and dark mode
• Your color data stays on your device - no account, no sign-up

HUEY PREMIUM The free version includes 10 scans per day with ads. Go Premium for:

• Unlimited color scans
• Completely ad-free experience
• Unlimited saved colors and collections

Premium is available as a monthly auto-renewing subscription or a one-time Lifetime purchase. Subscriptions renew automatically through your App Store account unless cancelled at least 24 hours before the end of the period; you can manage or cancel anytime in your App Store account settings.

Terms of Use (EULA): https://www.apple.com/legal/internet-services/itunes/dev/stdeula/

PRIVACY Your photos, colors and collections are stored only on your device; no account needed. The free version shows ads via Google AdMob (see the privacy policy for details).

Note: RAL, NCS and named-color matches show the nearest equivalent; slight differences may occur based on screen calibration.