Currently, it is difficult to allocate a manually updated and managed network considering the ever-growing technology advancements. Network computers and software utilize API, or application programming interfaces, which allow us to easily obtain structured data from our networks. Globally, many individuals assume that our future will consist of SDN, or software defined nirvana. This essentially means our networks will eventually configure themselves. Applications that allow or deter incoming or outgoing traffic for irregularities are a basic example of network automation. Additionally, the process to which a network server or switch automatically provides an IP, or Internet protocol, address to any network intersection connected to a new network.
Networks are extensive and increasing in complexity, network automation may perhaps be the most obtainable and manageable solution we have to manage the magnitude and complexity, while providing high availability. Basically, the primary motive of network automation is to complete tasks or activities without human intervention. Some common network automation tasks currently include script creation, which is comprised of the commands to use when extracting data and analyzing and processing the returned script data. Network automation also aids in prioritizing exposed data issues and implementing advancements to affix issues.
Network automation is a method in which software robotically equips, configures, manages and assesses network devices. Using an amalgamation of hardware and software-based formulas, service providers, big organizations, and enterprises can utilize network automation to direct and manage unvaried processes and ameliorate network service obtainability. Network automation is essentially accomplishing repetitive tasks without human intervention.
One of the main benefits provided by network monitoring is performance. Monitoring delays, jitters and packet losses across a network require an SLA. Automated system are required for performing SLA, or service level agreement, tests, handling the results, and introduce the reports. Another main benefit to network automation is scaling. Routinely performing network management ensures fluid operating networks. Since this process is time-consuming when performed manually, they are rarely performed. This is where a network automation process can be implemented, which may aid in reducing the risk of an unexpected network error. An automated network will routinely perform these processes and tests.
Other benefits of network automation software include topology, which is perhaps the modern version of geometry. This is a critical factor when it comes to troubleshooting. It is also tremendously valuable for network planning and disruption prevention.
Network analysis is also a beneficial factor associated with network automation. Essentially, it is the process of analyzing all collected data to identify current and potential issues. Among the simplistic of these analytics include identifying interfaces operating at a high utilization rate. The majority of network management systems depend on network engineers to perform the analysis, which may be very time consuming, limiting the engineer’s productivity.
Perhaps the most vital aspect and utilization purpose of network automation is to minimize human errors. Human errors account for nearly 60% of all network failures. Since there are hundreds of switches and routers, updating their configurations should not be done manually. This increases the risk of human error tremendously. Automation is facilitated through a user interface to which network engineers are able to regulate how network performance should be conducted to meet a specific aspiration. This can be done by disposition and other management developments applied to network components automatically.
By implementing compliance, automation and consonance simplifies network operations entailing compound dispositions and management while bestowing organizations dexterity to redesign in a constantly altered environment. Propulsion of network automation is the expeditious development of network infrastructure. These are necessary for supporting the substantial maturation of network influx spawn by social media, video, data, and application usage. Network automation is essential for any organization, especially those who lag in innovation.