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Google Cloud Vision Make integrationAutomate Google Cloud Vision with Make.

What if every image your team receives could be read, tagged and checked without anyone opening it? The Google Cloud Vision Make integration gives you 9 modules, 4 actions and 5 searches, to turn pictures and scanned files into data. This guide shows you how to connect it and build your first scenario.

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What you can automate

What can the Google Cloud Vision Make integration do for you?

The Google Cloud Vision Make integration lets a Make scenario, the automation you build in Make, hand an image or a scanned file to Google's vision service and get back text, labels, faces, colors or a safety verdict. Each result becomes data the next step can use, with no code to write.

Scanned paperwork turned into text. A signed delivery note or a multi-page PDF lands somewhere your scenario can reach it. Run Text Detection (OCR) within a File and Iterate the Result Array reads it page by page, so an accounting tool or a spreadsheet can receive the words instead of a picture.

A photo library that sorts itself. Run Label Detection within an Image names what a picture shows, and Compute Image Dominant Colors and Iterate the Result Array gives its main colors. A product team can file pictures by subject and shade without tagging them by hand.

Uploads screened before they go public. Detect Potentially Unsafe or Undesirable Content within an Image gives each user picture a verdict before it reaches a website or a community space.

What the integration does not do: it has no trigger, so something else has to start the scenario, and there is no Make an API Call module for requests the 9 modules do not cover. The same service often has an n8n node too; the n8n vs Make comparison helps you choose, and the Make training walks you through your first builds.

Connect

How do you connect Google Cloud Vision to Make?

  1. 01

    Prepare your Google Cloud project

    Your Google Cloud Vision AI account needs billing enabled. In Google Cloud Platform, create or select a project, open APIs & Services > Library, search for Cloud Vision API and click Enable. If you see Manage instead, it is already on.

  2. 02

    Create and copy an API key

    Still in the Google console, go to APIs & Services > Credentials, click + Create Credentials > API key, then copy the value shown and keep it somewhere safe. Make will ask for it in the next step.

  3. 03

    Link the account in Make

    Add any Google Cloud Vision module to your scenario and click Create a connection. A connection is your account linked to Make once and reused by every module of the app. Give it a name if you like, paste the key into API Key, click Sign in with Google and confirm access.

First scenario

Your first scenario: read the text in a new image

GoalWhen an image arrives in the app where your files land, Make reads its text with Google Cloud Vision and labels what it shows.

  1. 01

    Create the scenario

    From the Scenarios page, create a new scenario and click the + to add the first module. Since Google Cloud Vision has no trigger, pick the app where your images arrive and use its trigger to start the flow.

  2. 02

    Add the OCR action

    Click the + to the right of that first module, search for Google Cloud Vision and choose Run Text Detection (OCR) within an Image. Then click Create a connection, paste your API key and let Make link the account for every module that follows.

  3. 03

    Map the image

    Fill the module fields by mapping the image coming from the first module. A bundle is one item passing from module to module, here one picture. If the image is a document, tick the option for dense text.

  4. 04

    Add label detection

    Click the + again and add Run Label Detection within an Image on the same picture. You now get both the words and a list of what the photo shows, ready for any module you add next.

  5. 05

    Test with Run once

    Click Run once to execute the scenario one time, then open each module to read the bundles it received. Every module run counts as one operation, the unit Make tracks on your plan.

  6. 06

    Schedule and switch it on

    Set the schedule on the first module, every 15 minutes by default, then switch the scenario on. From then on, each new image gets read and labeled without you touching it.

Modules

What the Google Cloud Vision modules do

Google Cloud Vision gives you 9 modules in 2 groups. For each one: what it does for you, when to reach for it, and what to watch out for.

Images

8 modules

Run Localizer for Object Detection within an Image and Iterate the Result Array

Google Cloud Vision1

Run Handwriting Detection within an Image

Action

In MakeRuns detection to extract handwriting from an image.

You get the handwritten words from a picture back as text you can store or forward, which saves retyping notes, filled paper forms or annotated sheets.

When to use it
a field team photographs paper forms filled by hand and someone has to copy them into a spreadsheet.
Watch out
pick the printed-text OCR module instead when the page is typed, since this one targets handwriting.
Google Cloud Vision2

Run Label Detection within an Image

Action

In MakeDetects and extracts information about entities within an image, across a broad group of categories.

This action tells you what an image shows, across a wide range of categories, so your scenario can file or route a picture by its subject instead of its file name.

When to use it
product photos pile up in a shared folder and you want them sorted into the right category without opening each one.
Watch out
to read the words in a picture or study its faces, the OCR and face modules are the ones built for that job.
Google Cloud Vision3

Run Text Detection (OCR) within an Image

Action

In MakeRuns text detection / optical character recognition (OCR) to extract text from an image. If the image is a document, check the flag to optimize the detection for dense text and documents.

Printed words inside a photo or a screenshot come back as plain text, ready to drop into a CRM, a sheet or an email. OCR stands for optical character recognition.

When to use it
receipts, business cards or labels arrive as pictures and the words need to live somewhere searchable.
Watch out
when the image is a document, tick the dense text option so the detection is tuned for pages full of words.
Google Cloud Vision4

Run Landmark Detection within an Image and Iterate the Results

Search

In MakeDetection identifies landmarks in an image. One landmark in the image produces one record in the result array.

Famous places in a photo get named for you, which lets a travel or real estate team tag pictures by location without guessing.

When to use it
a batch of trip photos needs captions naming the monument or site in each shot.
Watch out
this is a search module, so each landmark found becomes its own bundle; a picture with none returns nothing, and the next module runs once per landmark.
Google Cloud Vision5

Run Face Detection within an Image and Iterate the Result Array

Search

In MakeDetects and extracts multiple faces within an image along with the associated key facial attributes such as emotional state or wearing headwear. One face in the image produces one record in the result array.

Each face in a picture comes back with its main attributes, such as the emotion shown or whether the person wears headwear, so you can count people or flag photos to review.

When to use it
event photos should be split between crowd shots and pictures with nobody in them.
Watch out
one face means one bundle, so a group photo multiplies the operations of every module placed after it.
Google Cloud Vision6

Compute Image Dominant Colors and Iterate the Result Array

Search

In MakeComputes and iterates an array of dominant colors wirthin an image.

You learn which colors dominate an image, handy for tagging visuals by shade or checking that a picture matches a brand palette before publishing it.

When to use it
an online shop wants to fill a color attribute on each product page from the product photo itself.
Watch out
the module returns several colors as separate bundles; add an aggregator after it if you want one line per image instead.
Google Cloud Vision7

Detect Potentially Unsafe or Undesirable Content within an Image

Action

In MakeDetects potentially unsafe or undesirable content within an image.

A picture gets a safety check before anyone sees it, so your scenario can hold back images that look inappropriate and let the rest through.

When to use it
customers or members upload photos to a gallery, a review page or a forum, and a human should only look at the doubtful ones.
Watch out
treat the verdict as a filter to send images to review, not as a final decision taken without a person.
Google Cloud Vision8

Run Text Detection (OCR) within a File and Iterate the Result Array

Search

In MakeRuns text detection / optical character recognition (OCR) to extract text from a PDF/TIFF file. One page in the file produces one record in the result array.

Whole PDF or TIFF files get read page by page, so a scanned contract or a stack of invoices becomes text your scenario can search and pass along.

When to use it
suppliers send scanned PDFs and the finance team needs the content, not an attachment nobody can search.
Watch out
each page produces its own bundle; a text aggregator after it rebuilds the full document in one piece.

Other modules

1 module
Google Cloud Vision9

Run Localizer for Object Detection within an Image and Iterate the Result Array

Search

In MakeObject localization identifies multiple objects in an image and provides info for each object in the image. One object in the image produces one record in the result array.

Several objects in one image are found and described one by one, so a photo of a shelf or a room turns into a list of the items it contains.

When to use it
an inventory or insurance team photographs a space and wants each visible item recorded separately.
Watch out
unlike label detection, which describes the whole picture, this module returns one bundle per object, and the modules after it run for each.
Need help

Need help automating Google Cloud Vision with Make?

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FAQ

Google Cloud Vision and Make: common questions

01Is the Google Cloud Vision Make integration free?
Yes on the Make side: Google Cloud Vision is a standard app, available from the Free plan. That plan allows 2 active scenarios, runs no more often than every 15 minutes, stops each run after 5 minutes and handles files up to 5 MB, with 512 MB of data transfer. Paid plans lower the interval to 1 minute and count usage in credits. On the Google side, your Cloud Vision AI account needs billing turned on, and the page does not cover Google's own pricing.
02What do you need to connect Google Cloud Vision to Make?
You need a Google Cloud Vision AI account with billing enabled, a Google Cloud project where the Cloud Vision API is enabled, and an API key created from APIs & Services, Credentials in that project. In Make, you click Create a connection on any Google Cloud Vision module, paste the key into the API Key field, then click Sign in with Google and confirm access. The connection is then reused by every module of the app.
03Can a Google Cloud Vision scenario start on its own?
Not from Google Cloud Vision itself, because the app has no trigger module. You start the scenario another way: with the trigger of the app where your images or files arrive, placed first, or with the schedule on the first module, which runs a new scenario every 15 minutes by default. Google Cloud Vision modules then come after, and each one runs on the image passed to it by the previous module.
04What if the Google Cloud Vision module you need is missing?
It depends on the need, and there is no Make an API Call module to fill the gap with a custom request. First check the 9 modules: printed text, handwriting, files, labels, landmarks, faces, colors, objects and unsafe content cover most image jobs. If none fits, look at another app in Make that offers the function you want, or ask the team behind this guide to help design the scenario.
05Should you use Make or n8n for Google Cloud Vision?
It depends on which tool your team already works in. Make gives you the 9 ready-made modules shown on this page, a visual editor and a Free plan to test with. n8n often offers a node for the same service too, so it is worth checking what it provides for your case before choosing. The n8n vs Make comparison on this site sets out the differences between the two platforms, without declaring a winner.