Linux server performance monitoring, when done efficiently, adds great value to the productivity of the organization. However, monitoring and debugging Linux performance problems is a tough job for sysadmins. Proactive Linux performance monitoring tools such as Applications Manager can help monitor Linux performance and pinpoint the root cause of issues by giving complete visibility into all the processes running in the system.
Inspite of being a highly flexible, customizable, and scalable platform, there are several issues encountered by IT admins while monitoring Linux. Our optimal Linux server performance monitoring tool will help you track key metrics like:
Applications Manager's Linux performance monitoring tool extensively shows CPU utilization with the break up of individual core utilization and their status. Keep an eye on critical attributes such as run queue, blocked processes, user time (%), system time (%), I/O wait time (%), Idle time (%), and Interrupts/sec. Allocate and manage CPU resources to avoid performance bottlenecks.
System load gives a measure of computational work the system is performing. With our Linux application performance monitoring tool, keep track of the number of jobs executed, and the duration for which each process runs. Get alerts when the load average exceeds the set limit and identify the workload that needs to be moved.
Trace memory usage to determine the load on the server. Gather details on the amount of swap and physical memory available. Insufficient memory impacts Linux server performance, causing it to run slow. With our Linux performance monitoring tool, determine the root cause of bottleneck in your system. Get in-depth information about critical parameters like thread count, process count, zombie process count, etc.
With our Linux performance monitoring software, track disk behavior to check for signs of hardware failure. Keep tabs on the amount of disk space used to ensure that adequate free space remains on the storage devices. Monitor disk usage and disk I/O to prevent application performance hiccups.
Linux systems use inode numbers, instead of file names, to identify files/directories while they are being created. Since every file must have an inode, the potential issue is that all the inodes of a disk might be completely used even before the disk is full. Our Linux performance management tool helps you track inode usage details, that reveal a lot about the number of nodes that have been consumed and the amount of space left. Keep tabs on inode limits per filesystem to improve Linux application performance.
Cron is a Linux metric that schedules commands or scripts to run on your server automatically at specific intervals. Cron jobs are used for running scheduled tasks like backups, emails, status checks, etc. and can be set to run by the minute, hour, day of the week/month based on the requirement.Cron jobs come handy if you want to automate repetitive tasks so it is critical to gain visibility into jobs that are executed at the back-end.
Applications Manager tracks three important cron job metrics that help ensure optimal Linux performance monitoring.
Track and analyze network I/O statistics. Proactively monitor critical hardware metrics such as power supply rating, physical/logical drive failures, processor health, disk&array, memory, CPU, fan speed, temperature, voltage, etc. Our Linux application performance monitoring tool will help monitor and configure the health status of hardware servers.
Our Linux monitoring tool will help you ensure optimal performance of your Linux distributions including Red Hat Linux, Redhat Enterprise Linux, Mandriva, Fedora, SuSe, Debian, Ubuntu, CentOS, etc.Apart from Linux monitoring, Applications Manager also offers proactive application performance monitoring for a wide range of other on-premise and cloud applications. You can download a 30-day free trial and start monitoring in just a few minutes!
Linux systems power several business-critical applications in enterprises ranging from web servers to ERP systems. Any slowdown or failure in Linux servers can directly affect an organization's productivity and quality of service. This necessitates the monitoring of linux servers.