LinkedIn · Patches
LinkedIn Patches #207 answer — October 10, 2026
Unofficial hints. Not affiliated with LinkedIn.
6?69????94?12
6?69????94?12
Hints get stronger as you go. The answer is always the last step — nothing is revealed until you tap.
1A first footholdShow hint
6?69????94?122Halfway thereShow hint
6?69????94?123Solve it step by stepShow hint
Rows count from the top and columns from the left. Sizes read height × width, so a 1×4 strip lies along a row and a 4×1 strip runs down a column.
- The 12 in row 7, column 6 is boxed in by the grid edge and other clues, so its patch is the 2×6 rectangle from row 7, column 3 to row 8, column 8.
- Only the square clue in row 7, column 2 can reach the cell in row 7, column 1, so its patch must cover it. The grid edge and the clue in row 6, column 1 leave just one way to do that: the 2×2 square from row 7, column 1 to row 8, column 2.
- Only the square clue in row 5, column 2 can reach the cell in row 5, column 1, so its patch must cover it. The grid edge and other clues leave just one way to do that: the 2×2 square from row 4, column 1 to row 5, column 2.
- The 6 in row 3, column 2 is boxed in by the grid edge, other clues, and the patch of the square clue in row 5, column 2, so its patch is the 3×2 rectangle from row 1, column 1 to row 3, column 2.
- The 9 in row 6, column 5 has two possible patches left. If it took the 3×3 square from row 4, column 3 to row 6, column 5, nothing could cover the cell in row 3, column 3. So its patch is the 3×3 square from row 4, column 4 to row 6, column 6.
- The 9 in row 3, column 4 can only be a 3×3 square, and the clue in row 2, column 3 and the patch of the 9 in row 6, column 5 leave it just one spot: the square from row 1, column 4 to row 3, column 6.
- The wide clue in row 4, column 7 is boxed in by the grid edge and the patch of the 9 in row 6, column 5, so its patch is the 1×2 strip from column 7 to column 8 of row 4.
- The 6 in row 2, column 3 is boxed in by the grid edge and the patches already placed, so its patch is the 6×1 strip from row 1 to row 6 of column 3.
- The wide clue in row 6, column 1 is boxed in by the grid edge and the patch of the 6 in row 2, column 3, so its patch is the 1×2 strip from column 1 to column 2 of row 6.
- The 4 in row 6, column 7 is boxed in by the grid edge and the patches already placed, so its patch is the 2×2 square from row 5, column 7 to row 6, column 8.
- Only the tall clue in row 3, column 8 can reach the cell in row 1, column 8, so its patch must cover it. The grid edge, the clue in row 2, column 7, and the patch of the wide clue in row 4, column 7 leave just one way to do that: the 3×1 strip from row 1 to row 3 of column 8.
- Only the tall clue in row 2, column 7 is left, so its patch is whatever remains: the 3×1 strip from row 1 to row 3 of column 7.
4Patches #207 solutionShow answer
6?69????94?12- 1×6 rectangle at row 1, column 3
- 1×3 rectangle at row 1, column 7
- 2×3 rectangle at row 1, column 1
- 3×3 rectangle at row 1, column 4
- 1×3 rectangle at row 1, column 8
- 2×1 rectangle at row 4, column 7
- 2×2 rectangle at row 4, column 1
- 2×1 rectangle at row 6, column 1
- 3×3 rectangle at row 4, column 4
- 2×2 rectangle at row 5, column 7
- 2×2 rectangle at row 7, column 1
- 6×2 rectangle at row 7, column 3
Spotted a wrong answer, or a hint that gives too much away? Email us at hello@hints.day
How to play Patches
- Divide the whole grid into rectangles — no gaps, no overlaps.
- Each rectangle contains exactly one clue.
- A number tells you how many cells that rectangle covers.
- The badge sets its shape: square (as tall as it is wide), tall (taller than wide), wide (wider than tall) or any.