How to Connect Shotstack to Google Sheets (4 Methods Compared)

The Problem With Getting Sheet Data In and Out of Shotstack

You have a Google Sheet full of data — customer names, product images, render template IDs, footage URLs. Shotstack is built to turn that data into video at scale. But actually moving the two together is nowhere near as automatic as the API's documentation implies.

Shotstack is a cloud-based video, image, and audio generation API. It accepts a template with merge fields, fires a render job, and eventually returns a hosted video URL. But the connection between your spreadsheet and that pipeline is entirely up to you. The usual flow is: copy values out of the sheet, paste them into a JSON payload, hit the API manually, copy the render ID back in, wait, check status, copy the URL back. Repeat for every row.

Below are the four ways teams typically approach this. Only the last one removes the repetition.

Method 1: Manual Copy-Paste

You open the sheet, find the row you need, copy the relevant values — customer name, template ID, image URL — then switch to a Postman tab or a basic script, paste them into the request body, fire the call, and copy the render ID into column C. Repeat that sequence for each row.

For a one-off render, this is manageable. But Shotstack's real value is batch production — running the same operation across 30 or 200 rows. At that scale, the copy-paste loop turns into a data-entry shift. You are not rendering video at that point. You are manually operating an API that was built to run automatically.

Method 2: Zapier or Make

Both platforms have Shotstack connector options. You can configure a trigger on a new sheet row, call the Shotstack render endpoint with merge field values mapped from the row, and write the returned render ID back into the sheet.

Before you go further — do you know what a webhook trigger is? Field mapping? A multi-step Zap? If those feel unfamiliar, the setup here is going to wall you in. Skip to Method 3 or 4 and come back to this one if you want to explore it later.

If you're still here: the flow does work. You pick a trigger — new row added, or a scheduled run — map your sheet columns to the Shotstack merge fields, handle the async nature of renders by adding a second Zap that polls status, and eventually write the video URL back.

But a trigger-per-row automation is not the same as a bulk submit.

Sending 50 rows through a Zap means 50 separate trigger fires, 50 separate API calls to Shotstack, and a task history that becomes unreadable the moment one render returns a 422 and the rest skip silently.

You probably just need the rendered video URLs. You probably have no idea how to wire an asynchronous two-step Zap that polls a status endpoint and writes the result back conditionally. So you hand the whole thing to whoever builds automations on your team, and now you're waiting on a Slack thread while they figure out field mapping. If they haven't deprioritized it already.

Cost compounds quickly once you're chaining a submit Zap and a polling Zap together for anything above a few rows per day.

Method 3: The Previous Generation — Connector Add-Ons

Until recently, the closest thing to a repeatable spreadsheet-to-API workflow was a category of add-ons that let you configure column mappings, name your endpoints, and save templates for reuse. You picked your range, tagged your fields, saved a config, and ran it.

That was a real step up from copy-paste. The mapping was consistent, the config was shareable, and the team could re-run it without re-inventing the setup each time.

But the field mapping was still entirely your responsibility. You had to know which column fed which merge field, handle the asynchronous status check separately, and keep the config updated every time the sheet structure changed. The tool got the call through, but the logic was still yours to maintain. And when Shotstack updated a field name or you renamed a column, the config broke until someone fixed it by hand.

This was the previous generation of the problem. Better than nothing. Still a lot of work.

The Easy Way: Using SheetXAI in Google Sheets

There is a different way entirely. SheetXAI is an AI agent that lives inside your Google Sheet. It reads your sheet, understands the structure — which column is the template ID, which columns are merge fields, which column should receive the render ID — and through its built-in Shotstack integration it submits render jobs and polls for results without you writing a single line of JSON.

Example 1: Submit a batch of personalized render jobs

For each row in my sheet (column A is customer name, column B is company), submit a Shotstack render job using template ID in cell D1 with merge fields for name and company — write the returned render ID into column C

SheetXAI reads D1 for the template ID, iterates every data row, constructs the merge field payloads, submits each render job, and writes the returned render IDs into column C as they come back.

Example 2: Collect hosted URLs once renders complete

For each render ID in column C, check the Shotstack render status and once complete write the hosted video URL into column D

The pattern: instead of opening Shotstack's dashboard to check progress and downloading URLs by hand, you ask for both the status check and the writeback in one prompt. SheetXAI handles the polling and conditional write inline.

Try It

Get the 7-day free trial of SheetXAI and open any Google Sheet with template IDs or render IDs, then ask it to submit a batch to Shotstack. The Shotstack integration is included in every SheetXAI plan.