Run AI formulas in Google Sheets to classify text, extract details, draft content and generate media beside your data.
SheetAI
Explore features, practical uses and pricing below.
SheetAI is a Google Sheets add-on for running AI tasks next to spreadsheet data. Instead of copying each review, product description or research note into a separate chat window, you reference cells in formulas and return the result to the sheet. This is useful for operations teams, marketers and researchers whose work already arrives as rows and columns.
Its purpose is broader than generating ordinary spreadsheet formulas. It can draft text, classify entries, extract details and summarize material through AI functions. The formula remains part of a spreadsheet workflow, so you can inspect the inputs and outputs together and apply a revised instruction to another batch.
The function reference distinguishes a general single-cell response from list and table outputs. Dedicated functions cover classification, extraction, translation and summaries. For example, classification can assign feedback to a supplied set of categories, while extraction can pull a named field from longer text. A generated table is still model output; its structure does not establish that the values are factual.
SheetAI also documents a Brain function that uses supplied business context, along with image generation. The current product site describes Replicate-powered image, video and music workflows for media prompts held in a sheet. These are additional provider-backed generation tasks, rather than a promise that every model or output type shares the same cost or formula behavior.
The documentation and examples are useful starting points for installation and model setup. Confirm the current function signature before adding optional arguments, and use short prompts with explicit expected output when consistency matters.
A product manager could place customer feedback in one column and define categories such as delivery, setup, billing and feature request. Run classification on a small sample, then compare the proposed labels with the original comments. Add a separate extraction task only if the team needs a specific detail, such as a product name mentioned in the comment.
Revise ambiguous instructions before filling down a larger batch. Keep the original text and reviewed result in separate columns so colleagues can audit the labels. Once the output is accepted, use the documented Replace with Values action or paste values into a final sheet. This turns the generated results into stable text rather than leaving live formulas to run again during later spreadsheet work.
The pricing page distinguishes a free bring-your-own-key option from hosted subscriptions and credit packs. Free add-on access with your own key does not mean the model provider is free. Provider billing, model limits and the number of rows processed remain relevant, especially for generated media.
Recalculation is a specific operational concern. Sheet edits, reopening and other spreadsheet events can rerun custom functions and consume credits. Caching reduces repeated identical calls, while replacing accepted results with values prevents those formulas from continuing to execute. Long responses can also hit custom-function timeouts; smaller batches and concise outputs are more suitable than asking each cell for an essay.
AI labels and extracted fields can be wrong even when the formula completes successfully. Keep deterministic arithmetic in normal spreadsheet formulas and review consequential classifications against the source rows. SheetAI fits repeatable text and media work inside Google Sheets; it should be evaluated on that workflow rather than assumed to reproduce an entire analytics system.