Tracking Apache server performance is important to avoid future problems. Hence, what is Apache? Apache is one of the most popular and widely used web servers. As an open source cross platform HTTP server, it can be run in a Linux, Unix, or Windows environment. Stable modular Apache architecture can be configured for multiple needs and it’s crucial to provide seamless and efficient server functionality.
Sometimes a seemingly well-configured and fully-functional monitoring system can malfunction and lose metrics. Subsequently, you get a distorted picture of what is happening with the monitoring object. In this article, we will look at the possible causes of Graphite dropping metrics and how to avoid it. MetricFire specializes in monitoring systems. You can use our product with minimal configuration to gain in-depth insight into your environments.
Before getting started on how to read Graphite metrics, let us first dive into understanding what Grafana is all about. In a nutshell, Grafana is an open source analytics and monitoring solution, developed and supported by Grafana Labs. It allows you to query, display graphs and set alerts on your time-series metrics no matter where the data is stored.
Today, Heroku is used by many developers from a wide range of small to large enterprise size companies. As you are reading this article, you yourself may also be using Heroku to build and operate apps. So, how do you monitor the apps you run on Heroku? It is seen that many people are using Heroku metrics given its standard built-in feature and it being offered for free.
In this article we explore the basics of monitoring Amazon Web Services (AWS) by feeding metrics to Grafana through Hosted Graphite’s agent and also through Hosted Graphite’s AWS add-on. This will allow us to monitor metrics from applications and servers hosted in AWS with clarity and depth. This article assumes you have created a Hosted Graphite account.
This article is a full tutorial on HAProxy monitoring and the best tools to get it done right. We will be looking into how to collect HAProxy metrics using a collectd daemon, push them into Graphite and visualize them in Grafana. To follow the steps in this blog, sign up for the MetricFire free trial, where you can use Graphite and Grafana directly in our platform.
In this article, we are going to see how we can integrate Google Cloud with Grafana. We will integrate Google Cloud SQL with Grafana and plot the metrics on Grafana. We will also look at how we can use Google Stackdriver as the data source in Grafana to expose the metrics of Google Cloud VM’s and platforms. To use Grafana immediately, we will be using Hosted Grafana by MetricFire.
Both Graphite and InfluxDB are time-series monitoring data platforms, both of which have high levels of adoption throughout many industries. Both of them are suitable for enterprise use, are scalable, and are stable. That being said, there are some benefits and drawbacks to each. While InfluxDB has many benefits, many developers still prefer Graphite due to its large community, stability, and reliability.
This week, an unfortunate incident got reported by the cybersecurity firm FireEye. According to FireEye, FireEye’s system was hacked via a product they were using, called Orion. Orion is SolarWinds’ most popular product, bringing in more than 50% of their revenue every year. It is believed that hackers funded by foreign governments compromised the networks of both public and private organizations via their SolarWinds monitoring service.
Kubernetes namespaces enable you to organize cluster objects, such as applications, devices and variables. Once you define namespaces, you can use this classification to filter, group and manage objects. You can use the same namespaces in duplicated environments and apply policies to specific clusters segments. Kubernetes namespaces are also important for defining roles and ensuring proper access configuration. If you're monitoring Kubernetes, you should try out MetricFire.
