The Problem With Getting Sheet Data In and Out of Exist
You open Exist and you can see the patterns — the correlation between your sleep hours and your productive minutes, the dip in mood every Thursday, the way your step count drops two days before you get sick. It's all there. But the moment you want to do something original with that data — run your own regression, build a chart that Exist doesn't offer, share a summary with someone outside the app — you're stuck.
Exist doesn't have a CSV export button sitting on the dashboard. Getting your data out means either using the API directly or finding a third-party connector, and getting data back in — for custom attributes you track elsewhere — is its own separate problem. The default path for both directions is manual, slow, and hard to repeat.
Below are the four ways teams and individuals handle this. Only the last one scales.
Method 1: Manual Copy-Paste
The default approach for most Exist users who want their data in a sheet is to use Exist's developer dashboard or API explorer to run a query, stare at the JSON, copy the values by hand, and paste them into a spreadsheet column by column.
For a single attribute on a single day, that's fine. For 90 days of eight tracked attributes, it's an exercise in patience you'll do once and refuse to repeat. You end up building a personal ritual out of checking dates, formatting values, making sure you didn't skip a row. It compounds — a small wrongness on day 12 propagates forward until your whole chart is off.
Method 2: Zapier or Make
Both platforms have Exist connector options. You can wire up a trigger on a schedule, call the Exist API, and write rows back into a Google Sheet automatically.
Before you go any further down this path — do you know what an API endpoint is? A trigger? Field mapping? OAuth scopes? If any of those feel like words from a different conversation, this method isn't built for you. Skip ahead to Method 3 or 4.
For those still reading: the setup works. You pick your trigger cadence, authenticate to Exist, choose your endpoint — attributes, correlations, insights — map the response fields to sheet columns, and save the Zap. When it fires, rows appear.
The structural ceiling hits fast, though.
A trigger-per-row automation is not the same as a bulk historical pull.
Fetching 90 days of sleep data through a Zap means 90 separate trigger fires, 90 API calls, and a task history that becomes impossible to audit when row 47 comes back empty and the rest silently proceed without it.
You probably just need your mood and step data in one place so you can run a chart. You probably have no idea how to configure a pagination loop in Zapier — and you shouldn't need to know. So the question becomes whether you push this to whoever on your team knows automations, or whether you learn a second tool that has nothing to do with why you started tracking your data in the first place.
Once you add filtering, historical backfill, or joins across multiple Exist endpoints, you've left native Zapier capabilities behind entirely.
Method 3: The Previous Generation — Connector Add-Ons
Until recently, the best option for repeatable spreadsheet ↔ Exist workflows was a category of add-ons that let you manually configure API mappings and saved templates. You specified your endpoint, tagged your fields, built a column layout, saved the config, and ran it on demand.
That was a real step forward from raw JSON copying. Your output was consistent, the column headers stayed put, and you didn't have to re-interpret the response format every week.
But the thinking was entirely on you. Which endpoint to call. Which fields to pull. How to handle the date format. What to do when Exist added a new attribute you hadn't mapped. The tool moved the data through a pipe you had to design, maintain, and re-design every time something changed.
This is the previous generation. It worked, for people who wanted to do the plumbing.
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 the sheet, understands what you're trying to do, and through its built-in Exist integration it can pull from or push to Exist on your behalf. No endpoint configuration, no field mapping, no date formatting debates. You just ask.
Example 1: Pull 90 days of attribute data
Fetch all my Exist attribute values for the last 90 days and write each attribute name, date, and value as a row in my Google Sheet starting at A2
SheetXAI calls the Exist attributes endpoint, pages through the full date range, and writes attribute name, date, and value into columns A, B, and C — one row per day per attribute, sorted chronologically.
Example 2: Push custom habit data from the sheet into Exist
Read the date from column A and the value from column B for all rows in my sheet and write each as a daily value for my custom Exist attribute "water_glasses"
The pattern: instead of exporting and then importing separately, you ask for both the source and destination in one prompt. SheetXAI handles the directional logic inline.
Try It
Get the 7-day free trial of SheetXAI and open any Google Sheet where you track personal data, then ask it to sync with Exist. The Exist integration is included in every SheetXAI plan.
More Exist + Google Sheets guides
Export All Exist Attribute Values Into a Google Sheet
Pull 90 days of sleep, mood, steps, and productivity scores from Exist into a spreadsheet for custom analysis.
Export Exist Correlations Into a Google Sheet
Dump every discovered correlation from Exist — with coefficient, p-value, and description — into a spreadsheet for a one-page data story.
Export Exist Weekly Averages Into a Google Sheet
Pull weekly averages for every tracked attribute from Exist into a spreadsheet to chart seasonal trends over 6 months.
Bulk Write Custom Attribute Data From a Google Sheet Into Exist
Push manually tracked data — supplement doses, water intake, custom habits — from a spreadsheet into a custom Exist attribute.
Export Exist Insights Into a Google Sheet
Pull all auto-generated Exist insights into a spreadsheet, one row per insight, to curate and share the best findings.
