World of Coloring by Numbers
World of Coloring by Numbers gives you a whole gallery of pixel-style pictures split into numbered cells. You get a palette of paints, and each color has its own number. Just match the number on the cell with the number on the paint to fill it in. As you work, the picture slowly comes to life and turns bright and complete. You can unlock new images with coins or by watching ads. There are also handy boosters: a hint highlights the right cells, a fill tool colors a whole area, and a bomb colors the cells around it. Mini bombs are hidden inside some pictures, and when you color them, they explode in a nice effect and fill the neighboring cells. Collect coins and finish pictures at your own pace.
How to play?
First, choose a picture from the menu. You will see it divided into numbered cells. Check the number on a cell, then find the paint with the same number on your palette. Click on the cell, and it will be filled with that color. If tiny cells are hard to tap, just zoom in for a closer view. If you get stuck, turn on the hint, and it will show you cells with the color you need. Use the fill tool to color several matching cells at once. The bomb paints a circle of cells around the one you select. If you find a mini bomb inside the picture, color it, and it will explode and fill everything around it, which saves you time. When the picture is finished, you earn coins and can open the next one. Color at a pace that feels good for you. There is no need to rush.
About this game:
- Players have rated this game 4.20 out of 5, based on 5 votes.
- Released in January 2026.
- Ready to play on Web Browser (PC) and Android/iOS (Mobile).
- Age rating: 3+
- Powered by HTML5 — jump right in and start playing in your browser, no downloads needed.
Game features:
- Numbered cells and matching color palette for simple paint by number gameplay
- Unlockable pixel-style images using coins or rewarded ads
- Boosters including hints, fill tool, and bombs to speed up coloring
- Hidden mini bombs that auto-color nearby cells when activated























