Amazon Web Service or AWS has an immense cloud ecosystem now counting at over 200 services and products. Started with first generation services like EC2, S3, and RDS, now you can have satellite control centers, build virtual reality, and compose music using Artificial Intelligence. As the variety of services expanded, the necessity to monitor all those services efficiently became critical. Running a service without a proper monitoring system is no different from running while blind-folded.

This article will dive into your questions surrounding monitoring Juniper Networks. In addition, you will be able to learn how Grafana can help you to monitor Juniper networks systems. As you read through, you will be able to get the answers for the following questions...

MetricFire offers a complete system, infrastructure, and application monitoring using a suite of open-source monitoring tools. With MetricFire, you can monitor all your infrastructure on a single dashboard. The platform displays metrics on the dashboard using either Hosted Prometheus or Graphite-as-a-Service.

Load balancers play an important role in distributed computing. With load balancers, you can distribute heavy work loads across multiple resources, which allows you to scale horizontally. Since they are placed prior to computing resources, they need to endure heavy traffic and allocate it to the right resources fast. For this to happen, monitoring the health and performance of load balancers is key. In monitoring, visualization helps users to view various metrics quickly.

In monitoring, a target system or device is a deciding factor in designing your monitoring stack. You will have to consider various aspects starting from how you want to collect data in what frequency to how you want to surface metrics to end users. You will have to take this strategic approach when you want to monitor your network infrastructure. In this article, we will discuss how Grafana, an open-source visualization tool, can help you to monitor network switches.

In this article, we will take a look at what Cisco Webex is, how it works, and why it is great for your business. Then we will explore how to monitor Cisco Webex metrics using beautiful and customizable Grafana dashboards. We’ll also look at what are the most popular data sources Grafana uses. Finally, we will figure out how MetricFire simplifies the task of monitoring metrics for us and what are its main advantages.

Prometheus was originally developed in 2012 and has grown in popularity since then. It's an open-source systems toolkit that monitors and alerts. While it was developed for SoundCloud, the project is now independent and standalone. Why would you need this model? It comes with several features, but perhaps the most important ones are the fact that it offers multiple graphing modes, dashboard support, and does not rely on distributed storage. Instead, it uses autonomous single server nodes.

PromQL is a functional query language that’s meant for use with the Prometheus monitoring tool. In fact, PromQL is short for “Prometheus Query Language.” The point of this language is to make it easy for users to choose and collect time-series data in Prometheus, which can then be displayed in a graph or as tabular data in the browser for this tool. Get a free trial with MetricFire and start visualizing your data.

Plenty of tools make it easy for you to discover existing APIs and create new APIs that integrate essential parts of your IT infrastructure. However, using an API to connect two or more assets doesn’t ensure that you get excellent performance.

Prometheus is a free and open-source software for real-time systems and event monitoring and alerting. Originally developed at SoundCloud, Prometheus became a project of the Cloud Native Computing Foundation in 2016, alongside other popular frameworks such as Kubernetes. To start using Prometheus, you’ll need a solid understanding of all of the tool’s functionality.