WAN Technology and Nuances
The network-linked community is reliant on the global information database and the Internet, to meet its growing demands in each hemisphere of life. Wide Area Networks (WAN), the most popular network, extends to a broad area and makes use of common communication links (telephone lines, wireless, microwave links, and satellite channels) to transmit data. A robust WAN considerably increases application performance and ensures business continuity. WAN Redundancy is a critical construct that is a pivot than ensures business continuity and general overall performance of networks.
The growth of global networks and the popularity of Wide Area Network (WAN) shows no sign of abating and holds the key to unlocking the information pathway that connects the entire globe. A stable WAN infrastructure is now considered to be an imperative. To maximize the utility of WANs, optimization techniques have to be adopted to downplay the inherent weaknesses in network architecture while boosting the performance of WAN networks substantially.
The digital age is armed with a powerful weapon ” the Internet ” that is widely used to transmit mission-critical business applications for all business verticals, including financial, educational, healthcare, law firms, manufacturing, and others. Recent years have witnessed the mushrooming of companies and other businesses that are largely reliant on their Wide Area Networks (WANs) for general day-to-day business tasks and processes. Many Wide Area Network infrastructures get clogged with the amount of data traffic run at sites. To better manage WAN traffic and decrease bandwidth bottlenecking, one can employ a WAN monitoring system using efficient WAN monitoring software. Options such as accelerating, optimizing, and prioritizing the flow of data traffic is made available when WAN monitoring is executed.
WAN Load Balancing
The new IT-enabled world is driven by revolutionary changes powered by advances in technology. The inception of a complete cyber environment necessitates enhanced network connectivity options. Businesses are increasingly reliant on the Internet for critical parts of their business operations. Companies require stable WAN connections to ensure business continuity, which is the backbone of development. In addition, there is a need for increased bandwidth and continuous “uptime” regardless of outages that may occur. Such a scenario delineates the requisite for devices such as WAN load balancer, router, firewall, etc. to improve WAN performance. Large enterprises have multiple points of connection and WAN links to avert disruptions in connectivity. When multiple WAN connections are used, a multi WAN load balance function is employed.
Business continuity is a concept that has emanated as a pivotal point for businesses in the technological arena. Enterprises and government organizations consider business continuity and disaster recovery planning as necessary requirements. The Wide Area Network (WAN), a geographically distributed telecommunication network, enables users around the globe to effectively share and transmit data. It allows businesses to carry out information transaction and business operations. A robust WAN infrastructure is a prerequisite of companies to conduct their business without disruptions. WAN backups are set up in the network infrastructure of these companies to ensure support for business continuity.