# Puppy Cross: Cute Dog Nonogram Puzzles & Garden Customization

> Puppy Cross is a relaxing indie game where you solve cute dog nonogram puzzles to customize your garden. Enjoy over 100 puzzles and an endle

Release date: 2020-02-11
Tags: indie, casual, strategy, puzzle, dogs, cute, pixel-graphics, relaxing
Source: https://store.steampowered.com/app/1183500/
Article page: https://web-autoai.com/articles/puppy-cross-adorable-dog-puzzles-and-garden-customization?lang=en

Prices and ratings change over time — check the article page for the current values.

---

## Overview
Puppy Cross is a charming indie title that blends the logic of nonogram (picross) puzzles with the joy of pet care and garden decoration. Developed and published by DIMANCHE CORP. , this casual game invites players into a world centered around adorable dogs. With over a hundred puzzles to solve, players can unlock a variety of content to personalize their virtual garden, including new toys, different dog breeds, and decorative items.

## Highlights
*   Features over 100 nonogram puzzles with a cute dog theme.
*   Unlockable content allows for extensive garden customization with toys, decorative items, and new dog breeds.
*   Includes a "Dalmatian" mode for endless, randomized puzzle gameplay.

## Who It's For
This game is perfect for players who enjoy relaxing puzzle experiences, especially those with a fondness for dogs and cute aesthetics. It appeals to those who like casual games with a sense of progression and personalization, offering a peaceful escape with its pixel graphics and straightforward gameplay.

## Game Info
Developed and published by DIMANCHE CORP. , Puppy Cross falls into the Indie, Casual, Strategy, Puzzle, and Dog-themed genres. It supports English and French languages and is available as a paid title on Steam. The game also features Steam Achievements, Steam Cloud, and Remote Play on Phone capabilities, along with multiplayer options. Its pixel graphics contribute to a relaxing atmosphere, and the "Dalmatian" mode offers replayability through randomized grids.