
Behind every "quick report" in your business is someone living in Google Sheets. They copy-paste exports, add filters, tweak dates, and rebuild the same rumus query spreadsheet again and again. The QUERY function is Google Sheets’ hidden SQL engine: it lets you SELECT, WHERE, GROUP BY, and ORDER BY directly in your sheet, so you can turn messy raw data into clean, decision-ready views.
Instead of 20 helper columns and fragile filters, a single QUERY can pull just this week’s leads from your CRM dump, group them by campaign, and sort by deal size. Because QUERY operates on ranges, every new row of data instantly flows into your reports. Less manual reshaping, fewer broken formulas, and a lot more confidence that your dashboards reflect reality.
Now imagine delegating that work. An AI computer agent can open Google Sheets, write and refine your QUERY formulas, test edge cases, and standardize reports across clients or teams. While it clicks, types, and validates results at machine speed, you stay focused on strategy: which campaigns to double down on, which segments to nurture, and where revenue is leaking. QUERY gives your spreadsheets a brain; an AI agent turns that brain into a 24/7 analyst.
Let’s start with how most marketers and operators first meet QUERY: hands-on in Google Sheets.
1. Build a basic filter with SELECT and WHERE
A1:F500 where row 1 is headers.A1 and enter a formula like: =QUERY(A1:F500, "SELECT A, C, F WHERE F = 'Qualified'", 1)Official syntax docs: https://support.google.com/docs/answer/3093343
2. Create summary reports with GROUP BY and aggregation
=QUERY(A1:F500, "SELECT C, COUNT(A) WHERE F = 'Qualified' GROUP BY C ORDER BY COUNT(A) DESC", 1)COUNT(A) to SUM, AVG, MAX, or MIN depending on your KPI.Great reference with examples: https://www.benlcollins.com/spreadsheets/google-sheets-query-sql/
3. Use date filters for rolling reports
H1.2026-01-01.=QUERY(A1:F500, "SELECT A, C, E WHERE E >= date '" & TEXT(H1, "yyyy-MM-dd") & "'", 1)
4. Limit data for quick views
... ORDER BY E DESC LIMIT 10
5. Clean headers with LABEL
... SELECT C, (E/1000) LABEL (E/1000) 'Revenue (k)'Manual methods are powerful, but as your sheets, clients, and campaigns multiply, you hit a ceiling: too many copies of the same rumus query spreadsheet and too many hands maintaining them.
You can keep QUERY as the brain and use no-code tools as the nervous system that feeds it data.
A. Use Google Forms + Sheets for automatic inputs
Forms help: https://support.google.com/docs/topic/6063584
B. Connect external tools via Google Sheets Add-ons or Apps Script
Apps Script overview: https://developers.google.com/apps-script/guides/sheets
C. Build dashboards powered by QUERY
=QUERY(Leads!A1:F, "SELECT ...", 1) and reference them in charts.
Pros of no-code:
Cons:
At some point, you have:
This is where an AI computer agent like Simular Pro stops being a nice-to-have and becomes your invisible data ops hire.
A. Let the agent build and maintain QUERY formulas
Simular Pro can behave like a power analyst sitting at your Mac:
=QUERY(...) formulas to match your brief (e.g. “show me MQLs by source for the last 30 days, grouped by campaign and sorted by revenue”).
Pros:
Cons:
B. Automate cross-tool workflows around QUERY
Because Simular Pro is a full computer-use agent, it goes beyond Sheets:
Example workflow for a sales agency:
C. Standardize and scale across many accounts
Once one rumus query spreadsheet is battle-tested, the agent can:
Pros of AI-agent scale:
Cons:
For deeper product details: https://www.simular.ai/simular-pro and company vision: https://www.simular.ai/about
To start using the QUERY function for basic filtering in Google Sheets, treat your sheet like a simple database. First, make sure your data range has a clear header row in row 1 (e.g. Date, Lead Source, Status, Amount). Then select a blank cell in a new tab and enter a formula such as:
=QUERY(A1:F500, "SELECT A, C, F WHERE F = 'Closed Won'", 1)
Here’s what each part means:
A1:F500 is your data range, including headers.SELECT A, C, F WHERE F = 'Closed Won' tells Sheets to return only columns A, C, and F, and only the rows where column F equals “Closed Won”.1 indicates there is one header row.Adjust the column letters to match your sheet, and change the condition in the WHERE clause (for example, F = 'Qualified' or E > 1000). As you add new rows to the source range, the QUERY result updates automatically, which is a big upgrade over manual filters or copy-paste workflows.
To create summary reports with rumus QUERY, you’ll lean on aggregation functions like SUM, COUNT, and AVG alongside GROUP BY. Suppose you have leads in A1:F500, where column C is Campaign and column F is Deal Value. In a report tab, use a formula like:
=QUERY(A1:F500, "SELECT C, COUNT(A), SUM(F) WHERE F > 0 GROUP BY C ORDER BY SUM(F) DESC", 1)
This does several things at once:
SELECT C, COUNT(A), SUM(F) returns the campaign name, number of leads, and total deal value.WHERE F > 0 filters out rows with no revenue.GROUP BY C tells QUERY to aggregate per campaign.ORDER BY SUM(F) DESC sorts from the highest-grossing campaign down.You can swap COUNT for AVG to get average deal size, or group by a different column such as Sales Rep. This approach replaces multiple pivot tables and helper columns with a single, readable formula driving your dashboard. For more examples, see Google’s docs at https://support.google.com/docs/answer/3093343 and Ben Collins’ deep dive linked there.
Dates are often where rumus query spreadsheet formulas break, because QUERY expects a specific format. Inside the query string, dates must be written as date 'YYYY-MM-DD'. For example, to pull all rows after January 1, 2026 from A1:F500 where column B is a date, you can write:
=QUERY(A1:F500, "SELECT * WHERE B > date '2026-01-01'", 1)
If you want the date to be dynamic, stored in a cell like H1, you must convert it to the proper text format and concatenate it into the query:
=QUERY(A1:F500, "SELECT * WHERE B >= date '" & TEXT(H1, "yyyy-MM-dd") & "'", 1)
Here, TEXT ensures the value in H1 becomes 2026-01-01 style text. Then you stitch it into the query with &. Avoid using regional date formats like 01/01/26 inside QUERY—they will often be misinterpreted or fail. Testing with a few sample rows and gradually tightening the WHERE clause is the safest way to validate date logic before rolling it out across your dashboards.
Combining QUERY with other Google Sheets formulas is where your rumus query spreadsheet becomes truly powerful. Common patterns include nesting QUERY inside ARRAYFORMULA, wrapping it with IFERROR, or using it alongside TEXT functions.
For example, to protect against occasional empty ranges, you can write:
=IFERROR(QUERY(A1:F500, "SELECT C, SUM(F) GROUP BY C", 1), "No data yet")
If the source range has no rows, IFERROR returns a friendly message instead of an error. You can also apply formatting or additional calculations on top of QUERY output. Suppose QUERY returns a table of campaign and revenue; in the next column, you might calculate percentage of total using a formula like =F2 / SUM($F$2:$F$10) and fill it down.
You can even chain QUERYs: the output of one QUERY can feed another, letting you separate complex logic into stages (e.g. first clean data, then aggregate). Just remember that each additional layer can impact performance, so profile on smaller ranges before scaling up.
To scale your rumus query spreadsheet workflows with an AI computer agent like Simular Pro, treat the agent as a power user who never gets tired of repetitive Sheets work. Start by recording one “golden” workflow: a sheet where raw data flows into a clean QUERY-driven report. Document the business logic (filters, date windows, groupings) and where the data comes from.
Then configure the Simular agent to:
Because Simular Pro runs on your desktop environment, it can also log into CRMs, download CSVs, import them into Google Sheets, and then refresh the QUERY outputs. Once you trust it on a single sheet, you can delegate template cloning, per-client customization, and scheduled refresh runs, effectively turning one analyst’s setup into a repeatable, scalable reporting system.