ColorZilla Alternatives: 6 Color Pickers Compared

Published August 17, 2026 · 8 min read · by the CSS DNA team

Start here: before installing anything, check whether you need to. Chrome, Edge and Safari all ship a native eyedropper now, reachable from any <input type="color"> and from the DevTools color picker. If that covers you, install nothing. If you need every color a page uses rather than one at a time, that is a different tool entirely — and it is the second half of this article.

Why people leave ColorZilla

ColorZilla is one of the oldest and most-installed color tools on the web, and for a long time it was the answer. The complaints that send people looking are consistent:

• Permissions. It is a long-lived extension with broad page access, and permission expectations have tightened since it was written.
• Interface age. The UI predates most of the design conventions its users now work in.
• The browser caught up. The native EyeDropper covers the core job at zero install cost.
• One color at a time. The actual task is usually "what is this site's palette", not "what is this one pixel".

First: the eyedropper you already have

The EyeDropper API shipped in Chromium browsers and is the fastest route to a hex value with nothing installed. Two ways in:

1. DevTools. Inspect any element, click a color swatch in the Styles pane, and the picker that opens has an eyedropper that samples anywhere on screen.
2. The console. On a page with any color input, or directly where the API is available:

const eye = new EyeDropper();
const { sRGBHex } = await eye.open();
console.log(sRGBHex);   // "#7c5cff"

The catch: it samples rendered pixels. Over a gradient, a shadow, an antialiased edge or a compressed image, the value you get is a blend that appears nowhere in the site's CSS. That limitation applies to every pixel-sampling picker on this list, ColorZilla included, and it is the single most common reason an extracted palette looks subtly wrong.

The comparison

Pixels versus computed styles — the distinction that matters

Every classic picker samples what is on screen. A style-based extractor asks the browser what each element was actually told to be. On a flat block of color they agree. Everywhere else they do not, and the style-based answer is the one that belongs in your stylesheet.

That last row is the one people underrate. A page has dozens of colors; four of them carry the design. Sampling cannot tell you which four. Coverage ranking can.

What a whole-page extraction gives you instead

Here is the shape of the output, rendered live rather than screenshotted — a tonal ramp built from one brand color, which is what you actually need when you are rebuilding a system rather than matching a single swatch:

A 50–950 ramp generated from #7c5cff, chroma tapered at the ends so it stays neutral rather than going neon.

And the same value in the formats you might need it in — the conversion a picker gives you partially, and OKLCH almost never:

Near-duplicate detection, which no picker does

Extract a real site's colors and you will find shades that differ by a rounding error — a legacy grey, a design-tool export, and a hand-typed approximation all living in the same codebase:

Those are three separate tokens in a lot of design systems and one color to the human eye. Flagging them by perceptual distance is the difference between an extracted list and an actually usable palette — and it is invisible to anything that samples one pixel at a time.

The six, briefly

Which one?

• One color, right now. The native EyeDropper. No install.
• Precise sampling with zoom. ColorPick Eyedropper.
• Open source and minimal permissions. Eye Dropper.
• The whole palette, ranked, deduped, with contrast. CSS DNA — see getting a site's color palette accurately.
• Colors and image assets together. CSS Peeper.
• A color out of a photo or canvas. Any pixel picker. Style extraction cannot help you here.