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Akamai Technologies Case Solution

Solution Id Length Case Author Case Publisher
2865 1422 Words (6 Pages) Benjamin Edelman, Thomas R. Eisenmann, Eric Van Den Steen Harvard Business School : 804158
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The following case study explores Akamai's strategies for progressing the system to deal with the web content vehicle and their content delivery network (CDN) course of action. As shown in Exhibit 2, Akamai places its servers everywhere to speed up and improve content delivery efficiency. The supervisory team, which includes well-known individuals like Paul Sagan and George Conrades, is responsible for a significant portion of Akamai's success. Pay and utilitarian plans are irrefutable in Exhibit 4, which recalls the tremendous interest in mechanical systems and other financial information.

The significance of information transmission stresses in electronic substance transport and Akamai's liability in overhauling this cycle are shown in Exhibit 6. Whether clients should be charged by information move limit use rather than through a layered outline is the subject of client costs researched in Exhibit 6. The potential outcomes of web use models ought to be determined by a sound method; disregarding how information transmission-based shortcomings are in line for resource use, a layered game plan fits different client demands.

Following questions are answered in this case study solution

  1. Why does Akamai need to geographically disperse its servers to deliver its customer's web content?

  2. If you wanted to deliver software content over the Internet, would you sign up for Akamai's service? Why or why not?

  3. Do you think Internet users should be charged based on the amount of band-width they consume, or on a tiered plan where users would pay in rough proportion to their usage?

Case Analysis for Akamai Technologies Case Solution

1. Why does Akamai need to geographically disperse its servers to deliver its customer's web content? 

Akamai ought to internationalize its servers since content delivery networks (CDNs) expect an immense part in the association's method. Without the utilization of scattered server arranging, it is endeavoring to productively and immediately convey online substance to people on each mainland.

CDN shows Akamai's material improvement process and can be found in Exhibit 2. Akamai makes a spread server association by cautiously setting servers in better regions from one side of the planet to the next. This geological dissipation is essential for managing dormancy issues, reducing network congestion, and speeding up content development overall.

The standard method for conveying content needs improvement, including the opportunity for affiliation blockage and slow stacking speeds, especially for eminent locales that get much traffic. Akamai's dispersed server system diminishes the effect of these issues by organizing servers near end clients. This closeness decreases the distance data should travel, further overhauling laziness and the client experience.

The significance of Akamai's reaction is found in Exhibit 6, which offers a basic data transfer capacity assessment for small- to medium-sized and famous locals. Compared with additional customary strategies, the number of concurrent guests to a notable site with 100,000 clients is mostly lower because of lower transmission capacity prerequisites. Akamai's competent scattering of static and dynamic substance, which decreases how much data is shipped off every client, accomplishes quicker page loads and a prevalent overall client experience.

Moreover, as shown in Exhibit 5, Akamai's edge-side association setup manages energetic vehicles by utilizing adroit fixes. With this game plan, dynamic substance methodologies are conceivable, decreasing the number of bytes sent overall. Unequivocally, when a dynamic substance is created into the dispersed server plan, the geographic gathering is headed for meeting the various basics of clients coordinated in various regions.

The need to work on satisfied conveyance by diminishing data transmission delays, lessening how much association limit is required, and further developing, generally speaking, viability drives Akamai's choice to spread its servers across a few areas. This fundamental dispersal is per the association's objective of giving clients resource transport strategies that are smooth and fruitful, ensuring a shocking client experience, paying little mind to where the end clients are found.

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