When it comes to your network and server processes, one of the key ways your IT team will collect data and insight is through event logging. Collecting the right event data will help inform both essential processes and services, as well as your network security measures, which is why having the proper collection plan in place is key. At Pandora FMS, we offer a host of comprehensive log collection and network monitoring solutions designed to be easily customized.

This 2020 we are living a time of change. In fact, it would not be that crazy to guess that this pandemic will be a turning point, especially due to the obvious fact that such a pandemic has unfortunately turned out to be something with connotations on a global and historical scale.

We continue with our series of articles on containers. First, we started with creating our own images with Docker Build and saw how to run them with Docker run. But today we will learn what Docker Compose is and start our journey into the world of container orchestration. Up to now we have managed containers manually and separately, which for some specific test may be valid and functional. But when the number of containers to manage starts growing, this method becomes infeasible.

Big data security is a term used for all collective measures taken to protect both data and analytical processes from theft, attacks or all other malicious activities. Just like other forms of cybersecurity, big data security is about attacks originating from every online or offline sphere. Companies operating on the cloud face multiple challenges including online information theft, DDoS attacks and ransomware.

Centreon is a solution for monitoring applications, systems and networks, based on Nagios source code. On 1st August, 2005 the company Merethis (now Centreon) was founded and began working on “their” Nagios version, calling it Oreon. In July 2007, the Oreon software changed its name to Centreon due to a name conflict with Orion (a component of the SolarWinds monitoring suite).

In previous articles we talked about the need to move forward to cloud technology, as well as about the incorporation of the monitoring of this technology, describing this need with Microsoft Azure tool. Now we are going to describe the Amazon AWS tool, its differences regarding Microsoft Azure and we will delve into monitoring AWS with Pandora FMS.

Servers are an essential part of the IT of many companies. A server down could cause significant damage: from service stopping and productivity decreasing to losing direct sales and image problems that cause loss of customers. But these problems are not limited to the times when a server stops working. It is also common for this one, or any of the devices or applications involved in its operation, to suffer deficiencies – sometimes difficult to notice – that cause low performance.

It is undeniable that today we really live in cloud… of virtual servers. It is so because the vast majority of services and applications “rely” on them: any survey shows, outright, that users use them very frequently (banks, universities, e-commerce, etc.). But, how is virtual server monitoring done? Pandora FMS has done its homework and today I will explain how.

Finding an enterprise monitoring software is not an easy task. On the one hand, there are multiple options on the market that offer solutions of all kinds. On the other hand, you know that the implementation and eventual replacement of a tool with these features can be a burden and that, if you make a bad decision, you will regret it later.

Pandora FMS is a proactive, advanced, flexible and easy-to-configure monitoring tool tailored to business itself. It adapts to all needs both in servers, network computers, devices and whatever is necessary. In this article, we will focus on Windows Server monitoring, using the software agent installed on our server.