Ward: It shows the uptime since the last boot time on Linux and hard resets time on Windows.

% Utilization: This section shows the visualization of processor, memory, and storage in the last 20 seconds.Storage: Name, usage %, storage size, disks count, virtual memory.Machine: OS and its version, RAM %, RAM amount, RAM type, current processes count.Processor: Name, utilization %, cores count, bit, frequency.The dashboard has five different sections: It shares information such as OS version, memory, processor, disk, and partitions, CPU usage, etc. Ward uses OSHI, which is a free Java library to retrieve operating system and hardware information. It is compatible with all popular operating systems. Ward gives minimal/principal information related only to servers. Note: if you are using Linux then you can also try inbuilt commands to monitor CPU, Memory, and Process. Using these tools, you can monitor almost everything – server performance, network performance, protocols, operating systems, applications, websites, etc.īut if your infrastructure is not big enough or your requirement is just to monitor server performance, rather than going for a full-fledged end-to-end tool, you can go for light-weight self-hosted software to monitor servers. Nagios and Zabbix are the most popular monitoring tools for the complete infrastructure. To solve these problems, IT monitoring software/applications are required. In this article, I will discuss multiple light-weight free-to-use tools to monitor servers.Įvery IT admin faces these challenges – server crash, slow applications, unexpected downtime, configuring dependencies, troubleshooting memory leaks, etc. Hence, a performance monitoring solution becomes important to observe the health, activities, and capability of your servers.

Server monitoring is crucial for businesses to ensure different systems are running well.Īs your business grows, your resources, workforce, services, systems, and IT infrastructure also begins to grow.

Network website monitor