The Akamai Corporation: a High-Performance System - Case Study Example

The paper "The Akamai Corporation: a High-Performance System" is a great example of a business case study. The internet is fundamentally converting each facet of human civilization by facilitating a broad variety of request for commerce, business, leisure, information together with a communal connection. Nevertheless a network in all means geared to hold echelon for accomplishment, dependability with the span that present daily trade submissions ask, producing considerable technical impediments for those who desire to carry out trade on the network (Akamai, 2011).

Furthermore, these impediments are turned out to be even more demanding as present and forthcoming applications are growing. Akamai first leads the way in the notion of substance distribution system long time for assisting corporations to conquer the stumbling blocks. From the time, the internet and programmes of the firm progressed exceptionally. In the present day, Akamai distributes approximately fifteen to twenty percent internet congestion globally. It offers wide variety business-related tasks further than subject matter conveyance, comprising internet and IP function quickening, Edge computing, active distribution of lofty resolution medium, elevated accessibility space for storing, analysis, and commanding data network server tasks (Afergan, Wein, & LaMeyer, 2005).

This report gives a wide overview of the present Akamai programme, comprising an analysis of lots of the major technological and design method employed in attaining the outcome. The paper present handy fruitfulness of the programme together technological level investigation with improvement necessary for a structure large as this to operates. In the study, it is ordered in the following manner. The initial stage illustrates a question gap observed in inspiration in developing the programme. The subsequent stage, a synopsis of the firm’s programme pursued with an assessment of techniques employed to conquer the net in innate restrictions in the distribution of internet substance and vibrant services. We show the situation that a highly dispersed network is the most successful architecture for these reasons, especially as substances turn into more interactive and more bandwidth yearning. In the end, we present a cross-section of clients’ outcome to authenticate the real issue effectiveness of the programme (Andersen, 2005). 2.0 Internet Use Needs

Contemporary enterprise uses and services on the internet necessitate thorough end-to-end structure superiority, as even small deterioration in functioning and dependability, can have a substantial business influence. A one-hour outage can be severe to big e-commerce site millions of dollars in lost returns. Additionally, outages can bring about considerable harm to brand status. The price of enterprise use downtime is analogous, and might be calculated in terms of both lost returns and decreased production. Application functioning is as well directly attached to major trade metrics like application implementation and site exchange charge. A 2009 survey established that a bulk of online customer cited website functioning as an imperative aspect in their online shop faithfulness and that forty percent of clients will hang on not more than three seconds for a page to load before leaving the location (Andersen, Balakrishnan, Kaashoek, & Morris, 2011).

We can find out a solid quantification of these results in an Akamai examination on an e-commerce site. In the investigation, site guests were divided: half were fixed to the site via Akamai offering a high functioning knowledge, whereas the other half were directed straight to the site’s source servers. Investigation demonstrates that the consumers on the high functioning set were fifteen percent more probable to finish a purchase and nine percent less probable to leave the site after screening only one page. For B2B uses, the account is the same. In a 2009 survey, clientele utilizing Akamai’s enterprise application hastening services accounted annual returns augment of approximately $200,000 to over $3 million straight linked to the enhanced performance and dependability of their programs (Akamai, 2011). Unluckily, inherent restrictions in the internet’s architecture put it hard to attain required amounts of performance natively on the internet. Deliberate is the best attempt network, the Internet offers no assurance on end-to-end dependability or functioning (Androutsellis-Theotokis & Spinellis, 2004).