LinkedIn Patches #92 Answer & Analysis

The top red 12 is the most constrained region because it sits near the upper-left area and needs a full 12 connected cells. The cleanest way to satisfy that size is to let it occupy the entire top two rows. That gives it enough space, keeps it connected, and prevents awkward holes later.

After the top two rows are committed, the next visible clue is the 6-cell orange patch. The remaining open space in the third row is a perfect 6-cell strip, so it naturally becomes the middle band. This is a common pattern in LinkedIn Patches #92-style grid solutions: a narrow row is often forced once the larger patch above is fixed.

The lower half must be split into the final two patches: the yellow 12 and the blue 6. The most efficient split is a vertical boundary between the fourth and fifth columns. That leaves a 3x4 block for the 12-cell patch on the lower-left and a 3x2 block for the 6-cell patch on the lower-right. This keeps both regions connected and uses all remaining cells exactly once.

Now check the final structure against the rules. The top patch contains 12 cells, the middle patch contains 6, the lower-left patch contains 12, and the lower-right patch contains 6. Each patch is connected, none overlap, and the full 6x6 board is filled. That is the finished today's Patches solution for LinkedIn Patches answer page readers.

The solved layout works because every numbered patch matches its required size, every region stays connected, no cells are reused, and the whole grid is covered. That is the simplest way to confirm the LinkedIn Patches #92 answer is correct.