Minesweeper Solver from Image
Intermediate Challenge
Grid Size: 16 x 16 • Mines: 40
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Analyze your board with logic-based hints, find safe moves supported by the visible clues, and understand why they work. Some positions still require a guess. Free, instant, no signup required.
Intermediate Challenge
Grid Size: 16 x 16 • Mines: 40
ELEVATE YOUR GAME
Get instant, logic-based hints from our advanced minesweeper solver that explain the "why" behind every move, helping you learn while you play.
The solver checks the numbers and flags visible on your current board to identify moves supported by the available logic.
Step highlights one safe cell to click or confirmed mine to flag without changing the board. Solve applies available moves automatically.
Compare the solver hint with the numbers on the board to learn common patterns and understand why a move is safe.
SIMPLE 3-STEP PROCESS
Start by selecting a standard board like Beginner, Intermediate, or Expert. For a customized experience, use our minesweeper solver settings to define grid dimensions and mine count.
After revealing some cells, use Step to highlight one certain move and see whether to click or flag. It will not change the board until you act.
Follow the solver's guidance to clear safe cells, or use Solve to apply available moves automatically. Observe the logic behind each move to improve your own pattern recognition.
A useful hint starts with the information you can actually see: revealed numbers, covered squares, and flags. Each number counts mines in its eight surrounding positions, including diagonals. The analysis compares those overlapping requirements. If every valid arrangement puts a mine in one cell, that cell can be flagged. If none puts a mine there, the cell is safe to open. Neither conclusion requires seeing the hidden board.
Flags are assumptions, however, and a misplaced flag can change the result. Before following a suggestion, check the nearby numbers and make sure each flag was justified. If the position becomes inconsistent, revisit your entries and the screenshot preview. More computation cannot make contradictory clues describe a valid game. Correcting one misread number is often more useful than switching to a deeper analysis setting.
Some positions admit several arrangements and still contain safe moves; others leave no guaranteed move at all. A two-cell pocket containing exactly one mine can be a genuine guess when nothing elsewhere distinguishes the cells. A paused solver also does not prove that a position is a mathematical dead end: the selected analysis method and its limits may leave a deduction undiscovered. Check another part of the boundary before deciding to guess.
Use Step when you want to learn one deduction at a time. It highlights a suggested reveal or flag and leaves the action to you. Solve applies available deductions automatically. Those controls have different purposes: checking your reasoning and progressing through a board. Neither promises a win on every randomly generated game.
Capture the complete grid in a straight, clear screenshot. Keep the first and last rows, all columns, and the square borders visible. Close menus and tooltips that cover cells. Prefer the original image over a compressed copy sent through a messaging app. A photograph with glare or a tilted screen makes individual numbers and boundaries harder to distinguish. Keep the original game open so you can compare it with the preview.
Choose Import Board Image above, or select your picture through Load. Recognition begins automatically in a centered processing window. The image is processed in your browser. When the editable preview appears, compare its dimensions with the original board and inspect the numbers, flags, covered squares, and empty cells. You do not need to press a separate parse button after selecting a file.
To fix a cell, click or tap it to cycle through covered, empty, and numbers one through eight. On desktop, right-click to toggle a flag; on mobile, use a long press. Empty and covered are different states: an empty cell is already open and has no adjacent mines, while a covered cell gives no such information. Confusing them can produce a misleading constraint or an impossible board.
Check Total mines before choosing Import. Familiar dimensions receive a preset value, but a custom game can use the same dimensions with a different total. The original game's remaining-mine counter may already have subtracted your flags, so it is not necessarily the original mine total. For an unrecognized custom size, enter the total yourself. If automatic grid detection fails, supply the dimensions and retry recognition. The screenshot import walkthrough provides the dedicated guide.
A safe move is a logical conclusion, not a favorable-looking square. Suppose a revealed 1 already touches one correctly established mine. Every other covered neighbor of that 1 is safe. Conversely, if a 2 has exactly two unresolved neighbors and no adjacent flags, both neighbors must be mines. Apply these counts to the current board, including diagonals, before relying on a familiar visual shape.
Probability describes what remains uncertain. In an isolated pair with exactly one mine and two equally likely arrangements, each square has a 50% mine risk and a 50% chance of being safe. That does not mean two successive clicks guarantee one success without a loss. Nor does having two visible options automatically make them equally likely: other clues and the total number of mines can favor one arrangement.
The current tool displays logical hints, not a numerical risk percentage on every covered cell. Peek colors distinguish analysis results; they are not a probability scale. A cell without a hint is unresolved, not necessarily dangerous and not necessarily a 50/50. Read the suggested action to distinguish a safe reveal from a mine to flag. For practical control examples, follow the solver walkthrough.
If you evaluate odds yourself, count complete mine arrangements compatible with all available information. Dividing mines left by covered cells gives only a broad average when those cells have different constraints. Prefer a proved safe move whenever one is available. When you do need to guess, keep the risk distinct from certainty and reassess after the next revealed number changes the information.
THE PHILOSOPHY
We built this Minesweeper Solver not just to reveal the locations of mines, but to illuminate the beautiful logic behind the game. Many players believe Minesweeper is a game of chance, forced into frustrating 50/50 guesses at the end of a long run. Comparing neighboring clues can settle many of those apparent guesses, while genuinely ambiguous positions remain uncertain.
By using our Minesweeper Solver, you transform from a guesser into a logician. The tool highlights the available deductions so you can compare them with patterns like the 1-2-1 formation, the 1-2-2-1 technique, and end-game reductions. Check the neighboring numbers yourself to understand each suggestion. Whether you are playing online or a classic desktop version, separating a proved move from a guess is a useful habit.
Unlike basic tools that simply "cheat" the game, our Minesweeper Solver is designed as a training companion. It checks the constraints implied by the visible numbers and flags, then presents a suggested move when the current position supports one. Some Minesweeper positions still require a guess; the solver does not guarantee that every generated board can be completed without guessing.
Build your fundamentals with our Minesweeper rules and strategy guide, practice Minesweeper patterns, study Minesweeper strategy for safe moves and guesses, follow the solver walkthrough, or learn how toimport a Minesweeper board from an image.
COMMON QUESTIONS
It depends on your goal. If you are competing on a leaderboard that forbids assistance, yes. But if you are using a minesweeper solver to learn patterns, practice logic, or verify your game analysis, it is an invaluable training tool.
The solver treats revealed numbers and flags as constraints, then checks which covered cells can be safe or mined under those constraints. It can suggest a safe move when one follows from the visible board; ambiguous positions may still require a guess.
The game supports custom boards within its configured row and column limits. Very large boards can take longer to analyze, and some positions may not have a logically certain move.
Yes. The solver is free to use. Analysis time and supported board dimensions are still subject to the limits built into the game.
Yes! The interface is fully responsive. You can use this minesweeper solver on your phone or tablet just as easily as on a desktop, making it perfect for on-the-go puzzle solving.