Upload a Minesweeper screenshot, review the detected board, fix any cell, and get the safest next move with a probability map that stays in your browser.
Drag and drop an image here
PNG, JPG, or WebP up to 10MB. AI analysis starts automatically.
Manual Fix
Type 0-8 in a cell, press Backspace to clear it, or right-click to mark a flag.
Start with a clear screenshot of the Minesweeper board. A cropped board gives the strongest detection result.
The app reads the image locally, estimates the grid, and converts visible numbers and flags into an editable board.
Type visible numbers directly into cells, clear uncertain cells, or right-click to mark flags. Every correction recalculates the result.
The solver applies Minesweeper constraints and shows safe moves first, then probability-ranked guesses when logic runs out.
Start with the screenshot workflow, then review only the details that affect recognition quality and solver accuracy.
Upload or paste a board screenshot, set rows, columns, and mine count, and the app turns visible cells into an editable board draft. The screenshot stays beside the editor so every number and flag can be checked before you trust a recommendation.
Clear cropped boards work best. If a custom theme or compression artifact creates uncertainty, use the detected draft as a starting point, then type numbers directly or right-click flags in the board editor.
After upload, local detection gives an instant draft while our AI model automatically transcribes the visible cells from a resized image, cropped to the board when possible.
The app resizes the screenshot and crops around the detected grid when possible before calling the AI endpoint.
Our AI model returns a rows-by-columns matrix using numbers, flags, and unknown cells instead of free-form text.
Uncertain AI cells are highlighted so you can correct them directly before using the solver recommendation.
The solver reads the corrected board state, not the screenshot itself, so every recommendation is tied to visible constraints.
Each revealed number becomes a constraint on neighboring covered cells. Completed numbers reveal safe neighbors; numbers whose remaining mine count matches covered neighbors mark likely mines.
Use the tool when a large board is slow to re-enter manually, when you want to compare possible moves, or when you want to learn why the probability map favors one cell over another.
The page keeps the workflow transparent: image recognition creates an editable draft, and the solver only works from the board state you approve.
Sample boards and manual edits stay in the browser. When you upload or paste a screenshot, the app sends a resized image to our AI model for visual transcription, cropped to the board when possible.
No solver can remove true guesses. Low-resolution, skewed, or heavily themed screenshots may still need manual correction before the advice is reliable.
Sample boards and manual edits stay in your browser. When you upload or paste a screenshot, the app sends a resized image to our AI model for transcription, cropped to the board when possible.
Different Minesweeper skins can confuse color-based detection. Manual correction keeps the solver useful when a screenshot is not perfectly recognized.
No. If the board has no deterministic safe move, the tool labels the result as a probability guess instead of pretending it is guaranteed.
Use a clear cropped board with consistent square cells. The minesweeper solver from image works best when the grid fills most of the file.