Network agility is a flexible and adaptable approach to computer networking that uses automation, standardized systems, and traffic monitoring to maintain a stable and usable system. It allows for constant reconfiguration of devices and programs to meet changing needs and user behavior while remaining efficient.
Network agility is an approach to computer networking that focuses on maintaining a stable, flexible, and usable system. An agile network can easily adapt to daily changes in usage patterns as well as the long-term needs of a business or entity such as a government agency. Technicians use tactics such as standardized systems and procedures, automated discovery of network connections and devices, and traffic monitoring to build and maintain an agile network. You can upgrade an existing system to meet changing needs, as well as install a new one.
An important component of network agility is the element of automation. All software and hardware connected to a network should be able to communicate seamlessly and function in all facilities connected to the system. As new components are added, they can integrate seamlessly with automation to locate them, assign attributes, and connect them to the rest of the system. This also applies to devices that can go online and offline, or move around, like laptops.
The network is also expected to work across a wide variety of devices with automation, which allows for quick replacement of components and retrofitting if something goes wrong. For example, if a team of developers needs more computing power, a technician can add computers to a cluster to provide it, and these computers will be able to communicate easily with each other. This creates network agility by allowing for constant reconfiguration of devices and programs that access the system.
Another aspect of network agility is how users behave. Technicians can monitor traffic and other activity to collect data that will help them configure a network appropriately. If users clog your system or create problems, you may need to investigate their use to determine if it contributes to business operations. Networks can be reconfigured to support workers who need more bandwidth or other resources, while other staff may be required to scale back their activities to avoid overloading company capacity.
The standards and protocols to be used in a network are important for short-term stability and long-term performance. Network agility can allow a system to grow to meet the needs of a changing business while remaining efficient for its users. This differentiates them from those with a more rigid architecture, which can be difficult to expand to accommodate a business that needs more bandwidth, devices or other resources to operate.
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