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To integrate GitHub and PagerDuty with your monitoring system, please reach out to MetricFire. Book a demo with the MetricFire team to discuss integrating GitHub and PagerDuty and how that can support your monitoring system.
GitHub is a service for hosting code and doing version control for code. The foundations of GitHub is "Git" - which is an open source version control system.
Git allows multiple coders to contribute to one project, while remembering which is the most up-to-date version. Git also remembers who contributed and what they contributed to the project. All modifications and revisions are stored in a central repository, and contributions are made through a pull request.
Pull requests can be made by anybody, but they must be approved by the repository admin. In some projects, pull requests can be contributed without approval. However, most projects have some quality assurance processes.
When doing application performance monitoring for a project built in GitHub, you’ll want to export data about your GitHub setup into your regular monitoring dashboards. You want to monitor when changes happen, and the effect they have on your system.
For example, if you make a change to your code, and suddenly the latency of requests to your server increases - you’ll want to know exactly which pull request caused that change. If you didn’t know that there were any changes in your code, then you wouldn’t be able to correlate the change in your code with the changes in how your system is behaving. This will slow down your debugging process.
With MetricFire, you can get all of your monitoring dashboards automatically annotated with the changes you’ve made to your code in GitHub. If there are any changes in behavior, a small note will be present in the graph to tell you what’s happening in your environment.
This enables you to automatically monitor the correlation between GitHub changes and how your system is functioning.
PagerDuty is an incident management platform used to help teams quickly detect and fix infrastructure problems. It manages automatic notifications when a problem occurs, escalates the issue where necessary, and schedules on-call resources.
With its SaaS platform, PagerDuty provides businesses, developers, and administrators a range of powerful tools to help them quickly manage client-impacting issues. By arming your business with the insight to proactively manage events that may affect customers across your IT infrastructure, PagerDuty helps you to maintain customer experience and satisfaction. It also allows you to sustain your brand reputation and revenue streams.
PagerDuty comes with hundreds of native integration points to ensure that the right data gets in the hands of the right people in real-time. By taking advantage of machine-learning, PagerDuty automatically handles resource scheduling and issue escalations. You can customize PagerDuty notifications to use a combination of phone calls, SMS, push notifications, and emails depending on the issue severity, time of day, or defined support hours.
These features are why PagerDuty can be such a useful companion to your MetricFire applications such as Hosted Graphite. For example, you might use Hosted Graphite to receive alerts about system performance, code bugs, or other issues. If you use PagerDuty as well, you would find it of immense use when you wanted automatic delegating to the people in your organization. One way would be to use PagerDuty to create alerts that it automatically assigns to specific people on your team.
You can create a PagerDuty service on MetricFire's Hosted Graphite that triggers once an alert criterion reaches a specified threshold. Once triggered, the service delegates tasks to specific individuals, leaving you free to focus on other important job functions.
To integrate GitHub and PagerDuty with your monitoring system, sign up for a free trial with MetricFire. Talk with the MetricFire team about how to integrate GitHub and PagerDuty and get GitHub and PagerDuty interacting with your MetricFire dashboards directly.
MetricFire is a full-scale platform that provides infrastructure, system, and application monitoring using a suite of open-source monitoring tools. We enable you to use Hosted Graphite and aesthetic custom dashboards to visualize your metrics so you can understand what is happening.
MetricFire offers users a complete ecosystem of end-to-end infrastructure monitoring, comprised of popular open-source monitoring software services: Graphite and popular dashboards. Plugins for many other open-source projects are preconfigured, such as StatsD, collectd, and Kubernetes. You get all these within a hosted environment as a single product. Not only does MetricFire fit well into the infrastructure monitoring use-case, such as network monitoring and server monitoring, but we also do application monitoring and business intelligence.
Through this hosted environment, MetricFire boosts the unique features of open-source projects to give you more functionality than the original products. Below are some of the MetricFire features at a glance:
The key thing to remember is that Hosted Graphite by MetricFire is more than just Graphite. Our Hosted Graphite product actually adds data dimensionality and better data storage.
The benefits of MetricFire are:
“We now have over ten times the amount of metrics we started with, and on different accounts. One of the great things about MetricFire is that scaling to support this increase has been hassle-free, requiring no additional work on our side.”
“Building and managing an on-premise installation at this scale would require a lot of engineer time, especially in the first year...we use this engineering time to work on initiatives closer to our core business”
“There’s complete transparency with everything MetricFire do which means we can accurately predict what we’ll be spending and comfortably keep within our budget.”
"Every time I have a question, I get an answer from support after just a couple of hours. Their technical knowledge is excellent.”
In this article, we’ll discuss what can go wrong with our machine-learning model after... Continue Reading
