post on content delivery networks
Hello Kavitha
In the post on content delivery networks have clearly been described the meaning and importance of using a CDN in displaying a company’s webpages. The importance of CDNs has significantly participated in the need for fast internet connection and reduced loading time. CDNs enabled organizations websites visited by more views since all they need is loaded in a matter of short time. In this reply, I will handle the importance of choosing the best CDN for an organization and how to identify a provider who will serve in the next-generation content delivery networks (Fajardo, Taboada & Liberal, 2015).
The main factors to consider when choosing content delivery networks are the presence of highly distributed architecture. CDNs enables fast loading of websites in whichever the geographical location they access. There is a need for sophisticated security capability is a significant factor to be put into consideration in today’s world when cyber-attacks are daily occurrences, the organization needs to support for agile businesses, this enables organizations and companies to grow and develop ahead of other important projects and innovations.
The secret behind the effective streaming of high-quality videos has been a great challenge, which is now solved by the new technological advancements on CDN servers. During shopping, the presence of fast loading capabilities of viewing high-quality images. The acquired speed is made possible due to the presence of CDNs, which are used by organizations and online shopping platforms. Akamai CDN service provider is one of the fastest-growing content delivery providers and should ensure its effectiveness in the coming future (Gkatzikis, Sourlas, Fischione & Koutsopoulos, 2017).
Reference
Fajardo, J., Taboada, I., & Liberal, F. (2015). Improving content delivery efficiency through multi-layer mobile edge adaptation. IEEE Network, 29(6), 40-46. 10.1109/mnet.2015.7340423
Gkatzikis, L., Sourlas, V., Fischione, C., & Koutsopoulos, I. (2017). Low complexity content replication through clustering in Content-Delivery Networks. Computer Networks, 121, 137-151. 10.1016/j.comnet.2017.04.043