Get an email when Pagerduty publishes a new trigger or action
Other popular PagerDuty workflows and automations
-
1
-
-
Create a PagerDuty incident when YoLink sensor triggers an alert
-
-
Log New Incidents Assigned to You in Google Sheets
-
-
If a new oncall shift starts for me, then Add row to Google Sheets spreadsheet
1
-
-
Update Incident Status When a New Task Is Created in ClickUp
-
-
Get a Push Notification When Your On-Call Shift Starts
1
-
-
Call to remind me that I'm on call with PagerDuty
-
-
If a new PagerDuty incident assigned to me, then Set ringtone volume to 100%
5
-
-
Send an SMS Alert for New Assigned Incidents
-
Create your own PagerDuty and ThingaOS workflow
Create custom workflows effortlessly by selecting triggers, queries, and actions. With IFTTT, it's simple: “If this” trigger happens, “then that” action follows. Streamline tasks and save time with automated workflows that work for you.
14 triggers, queries, and actions
New incident assigned to me
Polling trigger
Polling Applets run after IFTTT reaches out to the trigger service and finds a new trigger event. These trigger checks occur every 5 minutes for Pro and Pro+ users, and every hour for Free users.
Fires when a new incident gets assigned to the current user.
New oncall shift starts for me
Polling trigger
Polling Applets run after IFTTT reaches out to the trigger service and finds a new trigger event. These trigger checks occur every 5 minutes for Pro and Pro+ users, and every hour for Free users.
Fires when a new oncall shift starts for the current user.
When FetchIt Button is Pressed
Polling trigger
Polling Applets run after IFTTT reaches out to the trigger service and finds a new trigger event. These trigger checks occur every 5 minutes for Pro and Pro+ users, and every hour for Free users.
This trigger fires when fetch-it button is pressed or long pressed.
When Leak Detected
Polling trigger
Polling Applets run after IFTTT reaches out to the trigger service and finds a new trigger event. These trigger checks occur every 5 minutes for Pro and Pro+ users, and every hour for Free users.
This trigger fires whenever Water Leak is detected by ThingaOS supported Z-Wave sensor.
When Motion Detected
Polling trigger
Polling Applets run after IFTTT reaches out to the trigger service and finds a new trigger event. These trigger checks occur every 5 minutes for Pro and Pro+ users, and every hour for Free users.
This trigger fires when motion detected by ThingaOS supported Z-Wave sensor.
Whenever Door/Window Opened or Closed
Polling trigger
Polling Applets run after IFTTT reaches out to the trigger service and finds a new trigger event. These trigger checks occur every 5 minutes for Pro and Pro+ users, and every hour for Free users.
This trigger fires whenever door/window sensor is detected by ThingaOS supported Z-Wave sensor.
History of motion detections
Query
A query lets your Applet retrieve extra data that isn't included in the trigger, so that your automation can include more complete or useful information.
This query returns a list of when motion was detected by ThingaOS supported Z-Wave sensor.
History of when detected leak
Query
A query lets your Applet retrieve extra data that isn't included in the trigger, so that your automation can include more complete or useful information.
This query returns a list of whenever Water Leak was detected by ThingaOS supported Z-Wave sensor.
List incidents
Query
A query lets your Applet retrieve extra data that isn't included in the trigger, so that your automation can include more complete or useful information.
Returns a list of incidents.
Activate Night Mode
Action
An action is the task your Applet carries out after the trigger occurs. It defines what happens as the result of your automation and completes the workflow.
The action will set Night Mode on ThigaOS devices like Light.
Create a new incident
Action
An action is the task your Applet carries out after the trigger occurs. It defines what happens as the result of your automation and completes the workflow.
This action will create a new incident in PagerDuty.
Turn On/Off device
Action
An action is the task your Applet carries out after the trigger occurs. It defines what happens as the result of your automation and completes the workflow.
This action will Turn On/Off a device that is available on ThingaOS.
Turn On/Off Siren
Action
An action is the task your Applet carries out after the trigger occurs. It defines what happens as the result of your automation and completes the workflow.
This action will Turn On/Off Siren for the device in ThingaOS.
Update incident status
Action
An action is the task your Applet carries out after the trigger occurs. It defines what happens as the result of your automation and completes the workflow.
This action will update the status of an incident.
Activate Night Mode
Action
An action is the task your Applet carries out after the trigger occurs. It defines what happens as the result of your automation and completes the workflow.
The action will set Night Mode on ThigaOS devices like Light.
Create a new incident
Action
An action is the task your Applet carries out after the trigger occurs. It defines what happens as the result of your automation and completes the workflow.
This action will create a new incident in PagerDuty.
History of motion detections
Query
A query lets your Applet retrieve extra data that isn't included in the trigger, so that your automation can include more complete or useful information.
This query returns a list of when motion was detected by ThingaOS supported Z-Wave sensor.
History of when detected leak
Query
A query lets your Applet retrieve extra data that isn't included in the trigger, so that your automation can include more complete or useful information.
This query returns a list of whenever Water Leak was detected by ThingaOS supported Z-Wave sensor.
List incidents
Query
A query lets your Applet retrieve extra data that isn't included in the trigger, so that your automation can include more complete or useful information.
Returns a list of incidents.
New incident assigned to me
Polling trigger
Polling Applets run after IFTTT reaches out to the trigger service and finds a new trigger event. These trigger checks occur every 5 minutes for Pro and Pro+ users, and every hour for Free users.
Fires when a new incident gets assigned to the current user.
New oncall shift starts for me
Polling trigger
Polling Applets run after IFTTT reaches out to the trigger service and finds a new trigger event. These trigger checks occur every 5 minutes for Pro and Pro+ users, and every hour for Free users.
Fires when a new oncall shift starts for the current user.
Turn On/Off device
Action
An action is the task your Applet carries out after the trigger occurs. It defines what happens as the result of your automation and completes the workflow.
This action will Turn On/Off a device that is available on ThingaOS.
Turn On/Off Siren
Action
An action is the task your Applet carries out after the trigger occurs. It defines what happens as the result of your automation and completes the workflow.
This action will Turn On/Off Siren for the device in ThingaOS.
Update incident status
Action
An action is the task your Applet carries out after the trigger occurs. It defines what happens as the result of your automation and completes the workflow.
This action will update the status of an incident.
When FetchIt Button is Pressed
Polling trigger
Polling Applets run after IFTTT reaches out to the trigger service and finds a new trigger event. These trigger checks occur every 5 minutes for Pro and Pro+ users, and every hour for Free users.
This trigger fires when fetch-it button is pressed or long pressed.
When Leak Detected
Polling trigger
Polling Applets run after IFTTT reaches out to the trigger service and finds a new trigger event. These trigger checks occur every 5 minutes for Pro and Pro+ users, and every hour for Free users.
This trigger fires whenever Water Leak is detected by ThingaOS supported Z-Wave sensor.
Build an automation in seconds!
If
Select a trigger the automation will use
Then
Select an action the automation will perform
You can add delays, queries, and more actions in the next step!
GET STARTED
How to connect to a PagerDuty automation
Find an automation using PagerDuty
Find an automation to connect to, or create your own!Connect IFTTT to your PagerDuty account
Securely connect the Applet services to your respective accounts.Finalize and customize your Applet
Review trigger and action settings, and click connect. Simple as that!Upgrade your automations with
-
Connect to more Applets
Connect up to 20 automations with Pro, and unlimited automations with Pro+ -
Add multiple actions with exclusive services
Add real-time data and multiple actions for smarter automations -
Get access to faster speeds
Get faster updates and more actions with higher rate limits and quicker checks
More on PagerDuty and ThingaOS
About PagerDuty
PagerDuty's Platform for Real-Time Operations integrates machine data & human intelligence to improve visibility & agility across organizations.
PagerDuty gives you real-time visibility into your critical apps and services all in one place, driven by the full-service ownership model.
Check our support section if you experience any problems with this integration.
PagerDuty's Platform for Real-Time Operations integrates machine data & human intelligence to improve visibility & agility across organizations. PagerDuty gives you real-time visibility into your critical apps and services all in one place, driven by the full-service ownership model.
Check our support section if you experience any problems with this integration.
About ThingaOS
ThingaOS™ is an IoT-powered platform that aims to create cutting-edge industrial, enterprise and consumer automated solutions by taking the best out of IoT, AI, machine learning, cloud computing, and edge computing.
The goal is to simplify the adoption of modern technologies and use them to reach unprecedented productivity levels.
ThingaOS™ is an IoT-powered platform that aims to create cutting-edge industrial, enterprise and consumer automated solutions by taking the best out of IoT, AI, machine learning, cloud computing, and edge computing. The goal is to simplify the adoption of modern technologies and use them to reach unprecedented productivity levels.