Network performance is the backbone of a smooth operating business. It indicates the service quality of the network. Thus, it becomes necessary to analyze and identify areas of improvement for eradicating issues that may hinder the performance.
Network regulation is complicated as every network varies depending on the business type. The performance is typically hindered by hardware updates, lack of compatibility between new equipment and existing infrastructure. A quality performance not only includes high speed but also includes having the network secured while delivering an efficient and superior service.
But, you can improve network performance with infrastructure automation, which enables quality product development by reducing human intervention. Processes that are to be executed repetitively can be automated to improve efficiency while saving time and cost. This aids in improved business performance and on-time, accurate deployments.
Proper Identification
Networks are complex, and it is crucial to understand their scale of operations for better regulation. Automation can help detect each device connected on the network and know their status on a real-time basis. It also creates network maps for ease of understanding.
Automatically drawn maps serve as a visual database for the devices connected, thereby better understanding the network scale.
Smooth Functionality
Multiple processes are often required to be implanted for ensuring a smooth network functioning. These processes include verifying the compliance of configuration in line with the network policies, keeping a backup on the server, identifying switch ports that haven’t been used, etc.
Since these take a lot of time when manually done, they are rarely implemented. Infrastructure automation helps in performing these processes regularly, which ensures the smooth functioning of the network.
Analytical Views
Large networks have many devices connected; collecting and analyzing enormous data may not be possible manually. It is prone to errors and may consume time. An automated approach helps in having centralized data, thereby saving time and effort. The automated analysis enables the network engineer to know about the issues requiring attention quickly and allows them time to fix the problem rather than see the problem.
Continuous Monitoring
Some businesses monitor the network manually for identifying the concerns. Manual monitoring can help in knowing about problems that occur during the work hours. However, it has a lesser scope of identifying the issues that take place afterward. With infrastructure automation, the monitoring takes place around the clock, even in the absence of IT personnel’s physical presence. An automated response for common issues helps in a speedier resolution.
Precise Operations
Human error is a significant factor that causes network failures. An automated infrastructure helps to reduce such glitches. Configuring multiple devices manually may be challenging. Thus with automation, the devices are promptly identified and updated efficiently.
Troubleshooting
It is useful to have an accurate drawing of the topology for efficient troubleshooting. Drawing a network topology for understanding the problem requires accuracy and time. Also, the availability of a precise and automatically-generated drawing saves time. It supports the IT team to have an on-time troubleshoot, which ensures a smooth network performance.
Infrastructure automation helps in ensuring agility, security, and good service quality, thereby improving network performance.
