“Develop A Hybrid Software-Defined Wide Area Network Application Model by using Eve-Ng in Cloud Computing”: A Case Study of World Vision International Rwanda


Volume/Issue : Volume 8 - 2023, Issue 9 - September

Google Scholar : https://bit.ly/3TmGbDi

Scribd : https://tinyurl.com/23f7ca63

DOI : https://doi.org/10.5281/zenodo.8397838

Enterprises with multiple offices in different locations can connect their corporate headquarters with remote branches by using SD-WAN. This might be a global corporation with offices all over the world or a chain of sites scattered throughout a city. Since SD-WAN is carrier independent, you may configure your bandwidth for each site, in contrast to MPLS, which mandates the usage of a single telecom across all locations. For instance, a company in one nation that has satellite offices in several places might need to operate apps that function well across many locations. They will be able to achieve this easily and affordably with the help of SD- WAN and/or MPLS as hybrid. The team could easily connect the new office with the existing one via SD-WAN and/or MPLS if they decided to create another site in a different city. Both MPLS and SD-WAN use various technologies to guarantee service quality. With its approach to network packet routing, MPLS is a network technology that guarantees users’ end-to-end service. However, SD-WAN ensures a comprehensive picture of the complete network and centralized management, making it simple to configure or swap out the current configuration system. By configuring and simulating these two network technologies as hybrid in the software program called EVE-NG Emulated Virtual Environment Next Generation and Wireshark, this research will concentrate on their examination such as Savings, Method of Deployment, Greater Internet Stability. The study will draw on a review of the relevant literature and standards with the goal of offering a thorough analysis with applications for both MPLS and SD-WAN and Hybrid SD-WAN. The fundamental ideas of hybrid SD- WAN will be explained in this study, along with how it stacks up against competitors like MPLS and VPN.


Paper Submission Last Date
31 - December - 2023

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