MongoDB is an open-source document-based database management tool that stores data in JSON-like formats. It uses flexible documents instead of tables and rows to process and store various forms of data. As a NoSQL solution, MongoDB does not require a relational database management system (RDBMS).
Pingdom is a website monitoring tool that provides real-time, actionable information regarding the uptime and performance of your website.Pingdom Integrations
It's easy to connect MongoDB + Pingdom without coding knowledge. Start creating your own business flow.
Triggers when you add a new collection.
Triggers when you add a new database.
Triggers when you add a new document to a collection.
Triggers when you add a new field to a collection.
Triggers when a new alert occurs in Pingdom.
Triggers when a new check is added.
Triggers when a new contact is added.
Create a new document in a collection of your choice.
MongoDB is document-oriented database system designed for storing data that can be analyzed easily. It is a schema-free, open source and cross-platform NoSQL database which is written in a C++ programming language.
Pingdom is a web monitoring top that enables its users to check and monitor websites or servers 24/7. It allows users to get updates on how the website performs across the world and helps them optimize it by providing alerts about various issues. It also provides server uptime statistics.
MongoDB can provide real-time data to Pingdom. This integration would be helpful in maintaining the website’s health status and performance metrics in real time, which would allow administrators to make important decisions for the website’s operation. For example, knowing the downtime of a server in advance could help administrators to take preventive measures to bring it back online quickly.
MongoDB and Pingdom can be integrated together using two different methods:
Method 1. Using a custom application to connect both databases.
Method 2. By using webhooks.
Method 1 – Using a custom application to connect both databases
This method invpves creating a custom application using which all data transfer between both databases will take place. One option for this is to write an application using Node.js platform which can perform the fplowing operations:
Read the data from the MongoDB database and store it in CSV (Comma Separated Values. file. Read the data from the CSV file and extract the events data from it and then store them in Pingdom database. Another alternative is to use a spreadsheet software such as Google Spreadsheets to process and convert JSON into CSV format, which data export can then be used by the custom application. Once all data are extracted from the CSV file, they can be stored in Pingdom database along with a timestamp of when they were recorded. Then, send the data to Pingdom API (Application Program Interface. using a scheduled task or using an email service like SendGrid or Mandrill. Once this data is received by Pingdom API, it can update the status of the monitored website accordingly.
Integration of MongoDB and Pingdom will help enterprises to get real-time updates on their websites’ performance metrics, which will help them make informed decisions regarding their website’s operation. For instance, if the enterprise knows that their website’s server has gone down or it is performing poorly, they can take immediate action against it, which will not only save them from facing negative user feedback but also protect their brand image online. Moreover, it will ensure uninterrupted business operations with no downtimes.
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