Introduction
The researcher at WeShip USA has been tasked to update the core network between the Enterprise network and the Mail Handlining network. Currently the Mail Handlining network is in desperate need of a revamp of connectivity architecture. Since some of the WeShip USA sites use old network technologies such as the public switch telephone network (PTSN), integrated services digital network (ISDN), Frame Relay, Digital Subscriber Line (DSL), and Asynchronous Transfer Mode (ATM) it’s time to retire the old infrastructure to a new network stack. The purposed transition will to replace these technologies with a new Software-Defined Wide Aera Network (SD-WAN) with the connectivity mostly between the sites using one or more of the technologies, such as Low Earth Orbit (LEO) satellite internet, broadband, and cellular WAN technologies such as 4G and 5G. By replacing costly T1 lines, and older slower ViaSat connections this will reduce the monthly operation cost.
Literature Review
Reduce the operation cost
Organize workforce
Handlining end of life hardware
Policies and procedures for onboarding new WAN connections
Addressing the security concerns
Resilient network architecture
SD-WAN providers
Alternate WAN providers
Pricing and Package Options
Operational Variables
Research Questions
What are the currently available options for providing Internet Activity?
What kind of pricing can be used for 3000+ locations?
What are the pros going with SD-WAN?
What are the cons with not going with SD-WAN?
Last Completed Projects
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