Java implementation with three levels of play, and an online hall of fame, which requires two games with a low time to emphasize skill over luck.

Commercial game implementing Minesweeper in a 3D cubical grid. Free demo available.

Commercial mobile-phone version of Minesweeper with new tools including probes and a radar.

Windows shareware implementation of Minesweeper and a new variation in which new types of mines contribute 2 or 3 to the number seen in adjacent squares.

A more continuous variation on minesweeper. Free Windows 3.1 implementation.

Variation on a hexagonal grid. Windows 95 shareware.

Variation of Minesweeper with hexagonal grid. Java applet.

Java Minesweeper dedicated to Diana Spencer, Princess of Wales and her campaign to ban landmines. Includes high scores.

An improved minesweeper-clone that generates guaranteed-to-be-solvable puzzles (never guess anymore) and has a Murphy's law option (guessing causes failure), more boards, sound, load, save, undo.

Binary and source to a port of the Minesweeper game for the Atari VCS 2600.

Windows implementation of minesweeper on the surface of a 3D polyhedron, with challenging new tilings, and many boards to choose from. World records maintained online using encrypted submission. Built-in auto-solver. Demo version available.

Contains advice, cheats, rankings, downloads, and a forum. [English and French.]

Java applet for testing computer strategies for playing minesweeper.

Papers about the computational complexity of Minesweeper, namely that the usual game is NP-complete and that an infinite variation is Turing-complete.

World records at all 3 levels, a few tips and cheats, and many links to software and related pages.

This handbook teaches how to play better Minesweeper, taking you from the fundamentals through to advanced concepts.

A minesweeper clone that contains an algorithm to compute the probability that a mine is under a certain field.

Encyclopedia article on Minesweeper.

Contains various articles on Microsoft's Minesweeper including randomness, board cycles, first click, and bugs. Extensive experimentation.