Using IFTTT with the Raspberry Pi

Using IFTTT with the Raspberry Pi

IFTTT (If This Then That) is a free IoT service that allows you to send a trigger from one device/thing, and allow that trigger to make something happen elsewhere.

Confusing? Perhaps, but a quick example should help show the simplicity of it:

Our recipe ('applet') could be: "If I send an email with the subject 'turn on', then switch on my smart lightbulb".

The 'THIS' is the email and the 'THAT' is lighting the WiFi lightbulb. Simple right?

IFTTT Services

The exciting thing about IFTTT is the sheer number of services you can use as either triggers (THIS) or actions (THAT). There are hundreds to make use of including Google Drive, Pushbullet and Android Wear. There are even niche services which can link to your smart washing machine, Dominos Pizza, BMW and Tesco shopping!

Now imagine if we could combine the power of IFTTT with the Raspberry Pi?

Considering the flexibility of Python, the power of the GPIO, and the huge range of sensors, components and inputs we can attach to it - the possibilities are truly endless!

IFTTT services

IFTTT Webhooks

Well, this IS possible thanks to the IFTTT Webhooks service, which was specifically designed for makers.

Webhooks can send and receive triggers via HTML POST and GET requests, which can be easily added to your code using the 'requests' python library.

A GET request pulls data from a source/server, and a POST request does the opposite - it sends (or updates) data to a server.

IFTTT Webhooks

IFTTT Motion Alert Project

To explain how to use IFTTT, we're going to show you a real project in action using a Raspberry Pi Zero W and one of our affordable PIR sensors (also included in our EduKit Sensors Kit).

Our IFTTT project will use the Webhooks service as the trigger, which will be used in conjunction with the Pushbullet service to send a pop-up notification to our smartphone when that even occurs.

This project will detect when someone enters a room - catching anyone snooping where they shouldn't be when we're out of the house! This could be used in an office that the kids aren't allowed in, watching for your little sister borrowing your things, or even as a super simple DIY Raspberry Pi burglar alarm!

We can even use the IFTTT mobile app to turn the triggers on/off, so that you don't get constant notifications when you're at home.

PIR Sensor

Step 1: Assumptions

For this project example, we're going assume the following:

Step 2: Account Setup

Before we go anywhere near our Raspberry Pi we need to set up our IFTTT and Pushbullet accounts.


Go to the IFTTT website ( and select 'sign up' in the top-right corner:

IFTTT Homepage

It's a straightforward sign-up process like any other - we chose to sign in with our Google account to remove the need to remember yet another password.

It'll show a screen asking you to pick 3 services to start off with - ignore that and just click the 'X' in the top-right corner.

You'll then be taken to the homepage - that's it, IFTTT account created!


Pushbullet is a simple sign-up process again, but as we want smartphone alerts we need to also install the mobile application.

We'll start with the account sign-up. Go to the Pushbullet website ( and select to sign up with either Google or Facebook.

Pushbullet Homepage

You'll then be taken through some recommended setup steps. You'll want to add the mobile app for Pushbullet as this is how we receive notifications on our phone.

Select the 'Set up your phone' option, then select either the Android or iPhone. This will take you to the respective app store page where you can download the Pushbullet app.

Pushbullet Setup

Be sure to open the mobile app and log in with the same method (Google/Facebook) that you used on the desktop site.

The other Pushbullet setup options can be ignored for now. Your Pushbullet account is now created!

Step 3: Activate Webhooks and Pushbullet services

Open IFTTT in a browser, select your username in the top-right corner, then select 'Services'.

You should see a small selection of services - these are the default services that all users start with. At the bottom of the page, select 'all services'.

IFTTT Add Service

When the next page appears, type 'Webhooks' into the filter box, which will single out the webhooks service:

IFTTT Webhooks Filter

Select the Webhooks icon, then click 'connect' on the next screen to enable that channel.

There's nothing to sign in to for this one, as it's simply activating a way to request and push data to IFTTT.

The page will refresh and you'll notice a 'Documentation' button appear on the right. Select that to find your unique 'key' (take a note of it):

IFTTT Webhooks Key

Go back to the IFTTT homepage and repeat the steps to add a service, however this time filter for 'Pushbullet'. As before, you'll see a button to connect IFTTT to the Pushbullet service.

Assuming you're still signed in to Pushbullet, you should see the following page where it asks you to approve the request for IFTTT to connect to your Pushbullet account:

IFTTT Pushbullet Approval

Once you've approved access, we're ready to start.

Step 4: Create an IFTTT Applet

An Applet is our recipe that links services together - linking a 'THIS' trigger with a 'THAT' action.

For this project, the PIR sensor will trigger the Raspberry Pi to send a HTML POST request to the IFTTT webhooks service, and will trigger Pushbullet to send a note when that happens. That will then pop up on your phone as you have the Pushbullet application installed.

From the IFTTT home page, select the 'My Applets' link at the top of the page. You'll see the screen below, along with any default applets that IFTTT sets up for new users. Select the 'New Applet' button on the right side of the screen.

IFTTT New Applet

An easy to use interface will load on your screen. Select the blue 'THIS' link.

IFTTT Applet Creation Step 1

Now search for 'Webhooks' and then select the Webhooks icon.

There's only one trigger option for Webhooks, which is 'Receive a web request'. Select that option:

IFTTT Applet Trigger

Now we need to add some specifics to this trigger. The next screen will ask for an event name. This is something we add to the Python HTML request later on when we write the script on the Raspberry Pi.

We'll call this event 'motion_detected' then click 'create trigger':

IFTTT Trigger Details

You'll see the Webhooks icon has now taken the place of the 'THIS' text. We now have to set the 'THAT' action - click on the blue 'THAT' text:

IFTTT Trigger Completed

Using the filter again, type in 'Pushbullet' then select the Pushbullet icon when it appears. We want Pushbullet to send us a note (a notification) when this applet triggers, so select the first 'Push a note option'.

We can set this up how we like, including 'ingredients' which are pieces of data which we can set our Raspberry Pi to send through with our Webhooks request.

We'll keep this one simple and just push some text with the date/time of when motion was detected, as follows:

IFTTT Pushbullet Action

Select 'Create action' to move to the final screen.

Here we see a summary of our applet and confirm that we want to complete it. Select the 'Finish' button:

IFTTT Applet Confirm

That's it - our applet is waiting for us to trigger it from our Raspberry Pi, so let's move to that part now.

Step 5: Raspberry Pi Setup

Step 1: Update Raspbian

As always, we recommend starting with a fresh copy of Raspbian and updating it by running the following commands in a terminal window, both followed by enter:

sudo apt-get update


sudo apt-get upgrade

Step 2: Install pip

Pip is a package manager for Python. You will likely already have pip installed on your Raspberry Pi, but let's check anyway just in case.

Type the following command, followed by enter:

sudo apt-get install python3-pip

Step 3: Install Requests

Requests is the module which allows us to send the HTML POST request to IFTTT.

Install requests by typing the following command, followed by enter:

sudo pip3 install requests

Step 4: Install RPi.GPIO

If you're using Raspbian Lite, you may also need to install RPi.GPIO. Type the following command followed by enter:

sudo apt-get install python-rpi.gpio python3-rpi.gpio

Step 6: Python script

As we're using the PIR sensor from the CamJam EduKit Sensors kit, the Python script is based mostly on the CamJam code for that sensor. We tweaked the layout/style it a little, and then added just two lines of code to send the POST request to IFTTT:

  • We added line 6 to import the requests module. We have to import requests to allow us to use it, just like any other module.
  • We added line 46, which is the URL and key needed to trigger the IFTTT recipe.
    • You'll need to change the part that says YOUR_KEY to your IFTTT key
    • You'll need to change the part that says YOUR_EVENT_NAME to whatever event name you want to use with Webhooks (remember, we used 'motion_detected' in the example)

It really is as simple as adding just two lines of code!

The Code

Here's the full Python script. Below the code you'll see how to easily download this directly to your Raspberry Pi:

#! /usr/bin/python

# Imports
import RPi.GPIO as GPIO
import time
import requests

# Set the GPIO naming convention

# Turn off GPIO warnings

# Set a variable to hold the GPIO Pin identity
pinpir = 17

# Set GPIO pin as input
GPIO.setup(pinpir, GPIO.IN)

# Variables to hold the current and last states
currentstate = 0
previousstate = 0

    print("Waiting for PIR to settle ...")

    # Loop until PIR output is 0
    while GPIO.input(pinpir) == 1:

        currentstate = 0

    print(" Ready")

    # Loop until users quits with CTRL-C
    while True:

        # Read PIR state
        currentstate = GPIO.input(pinpir)

        # If the PIR is triggered
        if currentstate == 1 and previousstate == 0:

            print("Motion detected!")

            # Your IFTTT URL with event name, key and json parameters (values)
            r ='', params={"value1":"none","value2":"none","value3":"none"})

            # Record new previous state
            previousstate = 1

            #Wait 120 seconds before looping again
            print("Waiting 120 seconds")

        # If the PIR has returned to ready state
        elif currentstate == 0 and previousstate == 1:

            previousstate = 0

        # Wait for 10 milliseconds

except KeyboardInterrupt:
    print(" Quit")

    # Reset GPIO settings

Downloading the script

The easiest way to download the Python script to your Raspberry Pi is with a simple 'wget' command, which tells your Raspberry Pi to download the script.

First, in a terminal window, make a new directory by typing the command below followed by enter:

mkdir IFTTT

Then enter that directory by using the following command, again followed by enter:


Finally, download the script to that directory by using the following command, followed by enter:


Then check it worked by using the command below followed by enter:


Your directory should look like the image below:


Pro Tip!

Did you notice at the end of line 46 there is a 'params' line of code after the URL?


We're not using them in this example, however they can be used to send up to 3 values to IFTTT in your POST request, which can be any string that your script can create.

Here's where you add them in IFTTT, when you're creating your applet:

IFTTT Webhook Values

Consider the uses of these values when combined with other sensors such as temperature, ultrasonic or humidity (or one of the many other sensors available)!

Step 7: Run the script

To run your code, first make sure you're in the IFTTT directory, then run the code with this command, followed by enter:

sudo python3

Step 8: The Result

With your code running, you will start receiving notifications from Pushbullet every time someone moves in front of your PIR sensor!

Here's what it looks like on our smartphone:

Pushbullet Notification

The script includes a 120-second delay after motion is detected, just to make sure you don't keep receiving notifications every second when there's someone in the room. You can change that setting to fit your project's needs (line 53).

Let us know what you've created with IFTTT and your Raspberry Pi. Send us your pictures and projects on TwitterFacebook or Instagram.

Featured Products

Raspberry PiRaspberry Pi Zero W
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