This is exactly the kind of task that makes people wonder why spreadsheets are still so manual. A user wants to pull specific intersections from a table, columns A, C, and F, but only where they cross rows 2, 6, 7, and 10, and they are tired of hand-copying. They should be. The request is straightforward, and traditional tools make it tedious. We think the real problem isn't the user's skill level; it's that legacy spreadsheets were never designed for this kind of fluid, conditional extraction.
The user's scenario is a reference chart for a game about building placement, where rows and columns share the same headers. They want to isolate a subset, Harbor, Dock, Lighthouse, and Fisher, to see only how those four interact. This is a common pattern: you have a dense matrix of data, and you need a focused view without losing the relational structure. In a conventional spreadsheet, you would write nested INDEX/MATCH formulas, use array functions, or resort to VLOOKUP with helper columns. Each approach adds complexity. Each one breaks when you add a row. The user hasn't worked much with tables, and that lack of experience becomes a barrier to solving a simple problem.
We think the solution should be built into the tool itself. An AI-native spreadsheet can understand the user's intent: "Give me the sub-matrix where my selected rows and columns intersect." That is a natural language query, not a formula. The user describes the data as a reference chart, and the tool should treat it as one. Instead of forcing the user to learn obscure functions, the tool should let them say, "Show me only the intersection of these four buildings," and instantly produce the smaller table. That preserves the original data while creating the focused view they need for decision-making.
The practical takeaway is this: if you are spending time manually copying cells or writing complex formulas to extract a subset of a table, the tool is failing you. The task itself is not hard, the tool is. Look for a spreadsheet that treats data as a dynamic structure, not a static grid. When you can ask for exactly the cells you need, in the exact arrangement you want, without re-typing or formula gymnastics, you stop fighting the tool and start using the data. That is the shift worth exploring.