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Wide area networks, usually referred to as WANS, are used to finish designing networks. Because a

WAN provider facilitates communication, information sharing, and other activities between devices

from all over the world, WANs are enormous information networks that are not confined to a single

area. Given that the internet is regarded as the world's largest WAN, this is crucial for both

international business and daily use.

The architecture of a major organization's network will be discussed, and the network will include

connectivity between sites in the US, Europe, Africa, and Japan as well as within regions. And to

specify the WAN and remote access technologies that will be used. These will be defined by the

policies, the standardization of technology, and the creation of virtual private networks, different

corporate locations, and data security.

The first step to multi-location business connectivity is standardized technological processes and

policies; this doesn't begin with having the appropriate hardware or networks set up; rather, it

begins with aligning the team. Standardizing technological processes and standards for any

company with various locations makes it possible for all branches or sites, both local and outside, to

communicate and work together more successfully.

Broadband services like DSL, cable, and satellite access are used by the public WAN service provider

to give Internet access. This will make it possible to offer access across all links, including wireless

networks, cellular networks, virtual private networks (VPNs), lines, etc.

Choosing the appropriate topology, router, switch, media, etc. This depends on the types, needs,

and sizes of the organizations. How many routers or switches are required will depend on the

project's number of ports.

For the best connectivity, SD-WAN uses specific technology to prioritize the most crucial systems. It

enables organizations to manage and link several departments, local users, and remote users to a

secure, high-performance network. It evenly distributes the bandwidth between two redundant

internet connections to give priority to important business programs like VOIP calls.

The local loop will be connected to the enterprise edge using a variety of WAN access connectivity

options provided by the ISPs.