How to Master the LinkedIn Queens Puzzle

LinkedIn Queens is arguably the most challenging of all the LinkedIn daily puzzles. It requires pure logical deduction, spatial awareness, and careful constraint tracking. Many players find it intimidating at first, but with the right approach, it becomes one of the most satisfying puzzles to solve.

This guide walks you through the exact process our team uses to solve Queens every single day. No guessing, no trial and error, just logical reasoning.

The Rules, Simplified

The Queens board is divided into colored regions. Your job is to place exactly one queen (crown icon) in each colored region. The constraint: no two queens can be in the same row, same column, or directly adjacent to each other (including diagonals). That adjacency rule is what makes Queens different from the classic N-Queens problem and adds a layer of complexity.

Step 1: Identify the Most Constrained Region

Always start with the region that has the fewest cells. If a region has only 2 or 3 cells, the queen can only go in one of those spots. This massively reduces possibilities right away. After placing your first queen, mark off the entire row and column it occupies, plus all 8 surrounding cells.

Sometimes two regions are equally small. In that case, choose the one that overlaps with more rows or columns. Regions that span fewer rows give you less flexibility, so solve them first.

Step 2: Propagate Constraints

After each queen placement, update your mental model of what is left. Cross out the row, column, and all adjacent cells. Now look at the remaining regions. Some may have been reduced to a single valid cell. Place those queens and keep propagating.

This cascading effect is the core of efficient Queens solving. One placement often forces two or three others. The best solvers barely need to think about the final few placements because the constraints make them obvious.

Step 3: Use the X Marking Technique

Many experienced solvers use a marking system. They place an X on cells that cannot contain a queen (because they are in the same row, column, or adjacent to an existing queen). This visual elimination makes it much easier to spot where queens must go.

LinkedIn's game interface lets you tap cells to mark them. Use this feature. Do not try to keep everything in your head, especially on larger boards with 7 or more regions.

Step 4: Handle Ambiguity with Hypothesis Testing

Sometimes you will reach a point where no placement is forced. When this happens, pick the region with exactly two valid options and hypothesize one. Follow the consequences: does this placement lead to a valid configuration for all remaining regions? If not, the other option must be correct.

This is not guessing. It is logical deduction through elimination. Experienced solvers rarely need more than one round of hypothesis testing per puzzle.

Common Mistakes to Avoid

• Forgetting diagonal adjacency: Queens cannot be diagonally adjacent. This is the rule players miss most often.
• Starting with large regions: Big regions have many possible positions. Starting there leads to uncertainty and wasted time.
• Not marking eliminated cells: Trying to track constraints mentally leads to errors on harder boards.
• Giving up too early: If you feel stuck, re-check your eliminated cells. You may have missed a forced placement.

Practice Makes Permanent

Queens is the kind of puzzle where your first few attempts might take 10 minutes, but after a few weeks of daily practice, you will solve most boards in under 2 minutes. The patterns repeat: small corner regions, L-shaped constraints, isolated cells. Once you have seen them enough times, your brain recognizes them instantly.

Check our daily Queens solutions to see today's answer with step-by-step placement explanations.