Design project · Client-side · No upload

Find color palette for design project HEX swatches from your reference image

Find a color palette for your design project in the browser — no upload, no account, no cloud mood-board queue. Load a reference photo or mockup locally, surface up to six dominant colors with deduplication, and copy HEX swatches on-device without sending project assets to a remote server.

Find palette — Free

No upload · No server · Copy-ready HEX

What this tool does

  • Load images locally from your device
  • Extract up to six dominant colors with deduplication
  • Copy HEX values with one click
  • Optional EXIF metadata stripping before export workflows
  • On-device processing — images never uploaded to a server

Palette from your reference — not a stock theme marketplace

Pix-8 Palette Extractor ranks dominant colors from your project reference on a client-side canvas — not a curated palette marketplace, design-system generator, or cloud service that stores your mockups. Review up to six deduplicated HEX swatches and copy codes for comps and handoff. It does not export CSS tokens, build Figma libraries, or batch-process project folders.

Why find a color palette for a design project in the browser?

Upload-first palette tools route reference images through remote servers before you copy a single HEX code. Pix-8 processes locally — the practical fit when you need to find a color palette for a design project from a mood photo, UI mockup, or client reference without exposing project files off-device.

Reference image to palette

Load one inspiration image and get up to six dominant HEX codes ranked by pixel coverage — analyzed entirely in the browser tab.

Fast comp starting point

Copy swatches directly into Figma, slides, or style notes — a quick palette anchor before you refine against your full design system.

Client-side by default

Project references stay on your device during extraction and copy. Pix-8 never receives your pixel data or uploads your source file.

How it works

  1. Step 1

    Open Palette Extractor

    Navigate to Pix-8 Palette Extractor in your browser — no install, no account, and no upload dialog before palette extraction.

  2. Step 2

    Load your reference image

    Choose a mood photo, mockup, or inspiration still from your device. Dominant colors rank automatically on a client-side canvas.

  3. Step 3

    Copy HEX for your project

    Review the swatches and click any color to copy its HEX value — one image per session, ready for your design workflow.

Frequently asked questions

Can I find a color palette for a design project without uploading reference images?

Yes. Pix-8 Palette Extractor runs entirely in your browser. Load a reference image from your device — a mood photo, mockup, or inspiration still — and dominant colors rank on a client-side canvas into up to six HEX swatches on-device. Your file is never transmitted to Pix-8 or any third-party server.

Does this tool build a full design system or component library?

Palette Extractor surfaces up to six deduplicated dominant HEX codes from your reference image — copy-ready swatches for comps, mood boards, or handoff notes. It does not generate typography scales, spacing tokens, component documentation, or Figma libraries. For CSS variable export with semantic role labels, use Pix-8 CSS Palette Generator after you have your reference image.

What should I use if I need one exact color instead of a full palette?

Palette Extractor finds multiple dominant colors ranked by pixel coverage — useful when starting a design project from a reference image. For a single exact HEX from one pixel, use Pix-8 Color Picker with its magnifier loupe. Palette Extractor processes one image per session locally and does not batch-extract from project folders.

Related use cases

Ready to find a palette for your project?

Open Palette Extractor, load a local reference image, and copy dominant HEX swatches — privately, entirely on-device.

Open Palette Extractor

Client-side processing only — your image never leaves the browser.