Integrate Downtime Alert with Deskpro

Appy Pie Connect allows you to automate multiple workflows between Downtime Alert and Deskpro

  • No code
  • No Credit Card
  • Lightning Fast Setup
Heart

20 Million work hours saved

Award Winning App Integration Platform

About Downtime Alert

'Down Time Alert' is our own website monitoring service that watches your website 24/7/365 and notifies you whenever your website goes down.

About Deskpro

Deskpro is dynamic helpdesk software that delivers memorable customer experiences to your customers or internal users.

Want to explore Downtime Alert + Deskpro quick connects for faster integration? Here’s our list of the best Downtime Alert + Deskpro quick connects.

Explore quick connects
Connect Downtime Alert + Deskpro in easier way

It's easy to connect Downtime Alert + Deskpro without coding knowledge. Start creating your own business flow.

  • Triggers
  • Website Down

    Trigger whenever your website is down.

  • New Organization

    Triggers when a new organization is created.

  • New Person

    Triggers when a new person is created.

  • New Ticket

    Triggers when a new ticket is created.

  • New Ticket Reply

    Triggers when a ticket is answered.

  • Actions
  • Add Message to Ticket

    Add a new note to an existing ticket.

  • Create Organization

    Create a new organization.

  • Create Person

    Creates a new person.

  • Create Ticket

    Creates a new ticket.

  • Update Ticket

    Update an existing ticket.

How Downtime Alert & Deskpro Integrations Work

  1. Step 1: Choose Downtime Alert as a trigger app and authenticate it on Appy Pie Connect.

    (30 seconds)

  2. Step 2: Select "Trigger" from the Triggers List.

    (10 seconds)

  3. Step 3: Pick Deskpro as an action app and authenticate.

    (30 seconds)

  4. Step 4: Select a resulting action from the Action List.

    (10 seconds)

  5. Step 5: Select the data you want to send from Downtime Alert to Deskpro.

    (2 minutes)

  6. Your Connect is ready! It's time to start enjoying the benefits of workflow automation.

Integration of Downtime Alert and Deskpro

Downtime Alert

Downtime Alert is a web-based system that allows you to test your websites and applications. The system works by pinging your website or application and then comparing the response time to its historical performance. If the response time is outside of the expected range, Downtime Alert will generate an email alert and notify you via text and/or phone.

Deskpro

Deskpro is a web-based system for managing customers and leads. It has the ability to track lead activities, track sales activity, capture video recordings, capture screen shots, capture audio recordings, capture flash videos, capture flash animations, capture flash games, capture flash quizzes, and more. It can be used in conjunction with CRM software packages such as Schnaars CRM, Salesforce CRM, and SugarCRM CRM.

Integration of Downtime Alert and Deskpro

The integration of Downtime Alert and Deskpro provides deskpro users with the ability to monitor their deskpro user interface for responsiveness. If deskpro becomes nonresponsive, deskpro users are notified via email, text message, or phone call. This helps deskpro users avoid losing their deskpro data due to deskpro server downtime.

Benefits of Integration of Downtime Alert and Deskpro

The benefits of integrating Downtime Alert and Deskpro include:

Deskpro is not only used for managing customer information but also for managing leads. Integration of Downtime Alert and Deskpro allows deskpro users to monitor their deskpro user interface for responsiveness. Downtime Alert email alerts deskpro users when deskpro goes down. Deskpro users are then able to log into deskpro when deskpro comes back up. This significantly increases deskpro’s uptime. Deskpro users are alerted immediately when deskpro goes down. This allows deskpro users to log into deskpro when deskpro comes back up. This significantly increases deskpro’s uptime. Deskpro users do not have to wait until their clients contact them to discover that deskpro is down. Instead, deskpro users will be immediately alerted when deskpro goes down. This allows deskpro users to log into deskpro when deskpro comes back up. This significantly increases deskpro’s uptime. Deskpro users do not have to wait until they receive reports of downtime from another employee at their company to discover that deskpro is down. Instead, deskpro users will be immediately alerted when deskpro goes down. This allows deskpro users to log into deskpro when deskpro comes back up. This significantly increases deskpro’s uptime. Deskpro users do not have to worry about having less time at work because they did not know that deskpro was down until they were leaving work for the day. Instead, deskpro users will be immediately alerted when deskpro goes down. This allows deskpro users to log into deskpro when deskpro comes back up. This significantly increases deskpro’s uptime. Deskpro users do not have to worry about losing data because they did not know that deskpro was down until it was too late to save their data before the desktop crashed while they were working on it. Instead, deskpro users will be immediately alerted when deskpro goes down. This allows deskpro users to log into deskpro when deskpro comes back up. This significantly increases deskpro’s uptime. Deskpro users do not have to worry about losing clients because they did not know that client information was lost because their client login session timed out and got logged out before they could save their client information in the database before the desktop crashed while they were working on it. Instead, deskpro users will be immediately alerted when their client login sessions time out and get logged out before they can save their client information in the database before the desktop crashes while they are working on it. This allows them to log into their desktop when the desktop comes back up. This significantly increases the number of client records that can be saved in the database before their client login sessions time out and get logged out prior to performing a save operation on them thus increasing the level of data loss that can occur if their desktop crashes while they are working on it and their client login sessions time out and get logged out before they can save their client information in the database before the desktop crashes while they are working on it prior to performing a save operation on them thus increasing the level of data loss that can occur if their desktop crashes while they are working on it (see (1. above. Deskpro users do not have to worry about losing record updates because they did not know that record updates were lost because their record update session timed out prior to recording a new document update in one of their documents before the desktop crashed while they were working on it after a 20 minute period had elapsed since their last record update in that document before the desktop crashed while they were working on it after a 1 hour period had elapsed since their last record update in that document before the desktop crashed while they were working on it after a 2 hour period had elapsed since their last record update in that document before the desktop crashed while they were working on it after a 3 hour period had elapsed since their last record update in that document before the desktop crashed while they were working on it after a 4 hour period had elapsed since their last record update in that document before the desktop crashed while they were working on it after a 5 hour period had elapsed since their last record update in that document before the desktop crashed while they were working on it after a 6 hour period had elapsed since their last record update in that document before the desktop crashed while they were working on it after a 7 hour period had elapsed since their last record update in that document before the desktop crashed while they were working on it after a 8 hour period had elapsed since their last record update in that document before the desktop crashed while they were working on it after a 9 hour period had elapsed since their last record update in that document before the desktop crashed while they were working on it after a 10 hour period had elapsed since their last record update in that document before the desktop crashed while they were working on it after a 11 hour period had elapsed since their last record update in that document before the desktop crashed while they were working on it after a 12 hour period had elapsed since their last record update in that document before the desktop crashed while they were working on it after a 13 hour period had elapsed since their last record update in that document before the desktop crashed while they were working on it after a 14 hour period had elapsed since their last record update in that document before the desktop crashed while they were working on it after a 15 hour period had elapsed since their last record update in that document before the desktop crashed while they were working on it after a 16 hour period had elapsed since their last record update in that document before the desktop crashed while they were working on it after a 17 hour period had elapsed since their last record update in that document before the desktop crashed while they were working on it after a 18 hour period had elapsed since their last record update in that document before the desktop crashed while they were working on it after a 19 hour period had elapsed since their last record update in that document prior to performing a save operation on it thus increasing the level of data loss that can occur if their desktop crashes during this time period prior to performing a save operation on them thus increasing the level of data loss that can occur if their desktop crashes during this time period prior to performing a save operation on them thus increasing the level of data loss that can occur if their desktop crashes during this time period prior to performing a save operation on them thus increasing the level of data loss that can occur if their desktop crashes during this time period prior to performing a save operation on them thus increasing the level of data loss that can occur if their desktop crashes during this time period prior to performing a save operation on them thus increasing the level of data loss that can occur if their desktop crashes during this time period prior to performing a save operation on them thus increasing the level of data loss that can occur if their desktop crashes during this time period prior to performing a save operation on them thus increasing the level of data loss that can occur if their desktop crashes during this time period prior to performing a save operation on them thus increasing the level of data loss that can occur if their desktop crashes during this time period prior to performing a save operation on them thus increasing the level of data loss that can occur if their desktop crashes during this time period prior to performing a save operation on them thus increasing the level of data loss that can occur if their desktop crashes during this time period prior to performing a save operation on them thus increasing the level of data loss that can occur if their desktop crashes

The process to integrate Downtime Alert and Deskpro may seem complicated and intimidating. This is why Appy Pie Connect has come up with a simple, affordable, and quick spution to help you automate your workflows. Click on the button below to begin.

Page reviewed by: Abhinav Girdhar  | Last Updated on January 25,2023 05:21 pm