Many business owners often overlook the backbone of their network—the server infrastructure—when monitoring and assessing operational health. Many people fail to notice their servers’ performance until it becomes noticeably slow or unavailable. Often a change in the health of your server may result from a hardware failure, but sometimes it indicates a software vulnerability.
If you carefully monitor your systems, you can detect unusual behavior, such as high resource utilization, which may be a sign of malware. Identifying a potential issue beforehand can help you contain it. Every business can benefit from early detection since 53% of all successful cyberattacks often go undetected. On top of that, 91% of all security issues fail to trigger an alert.
Businesses rely on these machines to store and process data and to run associated applications. That’s why the health of your server should rank high on your list of priorities.
This article will shed some light on the importance of server health monitoring, best practices, and what you can do to maintain a healthy server.
Before you learn about the importance of monitoring the health of your servers, what does server health monitoring actually entail?
Server health monitoring is the comprehensive process of assessing and generating a detailed overview of the performance and status of your servers. Some of the processes include monitoring hardware specifications, metrics, and server performance data.
In addition, a server health check helps to monitor CPU usage, memory usage, power consumption, and performance of different components to avoid downtime. You can prevent system failures, increase performance, and ensure high availability by monitoring your servers.
IT infrastructure plays a crucial role in most businesses. If any of your infrastructure servers goes down, the consequences can be devastating. For instance, it can result in low productivity, high downtime leading to loss of sales, security breaches, and negative brand perception. That is why it’s crucial to automate your IT infrastructure, build, compliance, security, and configurations, testing, and deployment.
Let’s take a look at some of the reasons that you should use server health monitoring tools to keep track of the health of your servers.
The process of conducting a server health check varies depending on the server. In other words, there are different health checks for different servers. For instance, the performance metrics for web servers are different from those for file servers.
A network and server health monitoring tool should include the following:
The following are a few of the tasks that a server monitoring tool should help with:
Servers are a critical component of your server based applications and services, which understandably means they need a high availability. You can carry out uptime checks through a load balancer or external server monitoring tool.
For instance, the test could check to see that the server ports are available and new connections are possible. Tests could also perform checks to prove the server is responding within specified baseline parameters by making HTTP requests.
With a server monitoring tool, you can gain a thorough overview of your server workload and network. You can determine the performance of your server infrastructure by analyzing a variety of performance variables such as bandwidth, uptime, and response time.
Other necessary checks involve ensuring status reports and alerts are sent and testing the viability of the configuration by pinging the server. In this way, you can quickly determine whether your network is close to 100% uptime.
The best performance is only possible when all software and hardware infrastructure is configured properly. Monitoring storage, memory, and CPU load can help avoid system lag or applications locking up.
In the event of storage running out of space, applications will stall and depending on the logical volume configuration, the operating system may crash. High memory and CPU usage will cause the system to lag and some applications may fail to function properly. Server monitoring can raise an alert and historical monitoring can identify if you need to increase the required resources for your system.
Additionally, the physical components of the server such as disks, fan’s and power supplies can be monitored for failure or abnormalities.
With dependency checks, you can gain insight into how your server interacts with other components. For instance, your application may need to send data to an SQL server. In the event that the two servers can’t communicate, the application may fail to operate properly.
A dependency check can detect expired credentials or incorrectly configured servers that prevent an application from accessing a database server. Dependency checks can also help run server patch management to ensure all patches are up-to-date.
Discrepancies in the network can be challenging to detect and cause problems when servers are not communicating effectively. Unreliable software can impact server performance by leaking memory or corrupting data. As networks infrastructure and application architecture complexity increases, the interdependencies between servers are increasingly crucial.
At this juncture, you may ask, how often should you check the health status of your server? To put it simply, if you want or need high availability of your services you’ll need real time monitoring.
Of course, this can be a drain on the company’s resources. However, this is where a server health monitoring tool comes in. Server health monitoring tools simplify the process of monitoring, identifying, and resolving problems with servers. These tools help to automate routine tasks like ping, polling utilization, and aggregating logs.
Attune is a server automation solution that configured for scheduled monitoring servers, services, and applications across an entire environment made up of virtual and physical servers. Attune can also be configured to provision, patch, and secure, and ensure compliance. On top of that, automated solutions delivered with Attune help deliver high server availability, and reduce downtime through consistent builds and consistent configuration deployment.