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Cloud computing had its start approximately around the year 1963, when Defense Advanced Research Projects Agency presented MIT with a grant requiring them to develop a technology which would allow two or more people to access a computer simultaneously (Dataversity, 2019). About six years later in 1969, J.C.R Licklider helped develop the Advanced Research Projects Agency Network which promoted a vision known as the “intergalactic Computer Network”, in which he envisioned everyone in the planet being interconnected by the means of computers and being able to access information from anywhere imaginable (Dataversity, 2019).
Later in the 1990s, in the early stages of cloud computing, it was believed that this was the means to express an empty space between the end user and the provider.
In 1999, Salesforce became a very popular form of cloud computing which was specifically designed to deliver software programs through the Internet to end users (Dataversity, 2019). A couple of years forward, in 2006, Amazon launches Amazon Web Services (AWS) which begin offering online services to other websites.
Around that same year Google launches Google Docs and in 2008 NASA’s OpenNebula provides the first open-source software which helps deploying private and hybrid clouds. It then takes three years for Apple to launch its own form of the cloud with its iCloud in 2011. A year later in 2012, Oracle introduces Oracle Cloud with offers Infrastructure as a Service, Platform as a service, and Software as a Service.
Since then, cloud computing has been emerging and it does not seem to be stopping any time soon.
Currently it is expected that public cloud growth will expediate at a compound annual growth rate of 22.78% during a projection period of six years, beginning in 2017 and ending in 2023. Cloud computing will boom due to the expansion of the Internet of Things (IoT) which will reflect favorably on such deployments.
While Amazon Web Services, Microsoft Azure, and Google Cloud seem to be dominating the cloud computing business all of these major cloud providers bring in their own weaknesses. We will first focus on the strengths of each of these providers. Some of the strengths of AWS are the fact that it has a dominant market position and they have extensive, mature offerings. AWS offers support for large organizations with their extensive training and they also offer global reach. The next big competitor in cloud services is Microsoft Azure. Microsoft Azure is the second largest provider of cloud services, it is easy to integrate with any other Microsoft tools and software. Microsoft Azure also offers a broad feature set and it is a hybrid cloud. Like AWS and Microsoft Azure, Google cloud has its own strengths. Some of them being that they are designed for businesses who specifically run on the cloud. Google cloud offers many discounts and flexible contracts and they are committed to open source and portability.
Although all these three companies seem to have many strengths, they also have weaknesses within them. AWS is difficult to use, it is costly to maintain, and it has many options which could make it overwhelming. Microsoft Azure unlike AWS has incomplete management tools and it is less enterprise ready. Similar to Microsoft Azure, Google cloud has fewer features and services. Google cloud was also a late entrant to the IaaS market.
Even with its many strengths, the top cloud computing providers are still lacking what CloudSpark is here to offer. Unlike the above-named companies, CloudSpark is here to cater towards any type of business, whether it is a small, medium or large organization. CloudSpark will provide a feature like the one Progressive Insurance currently offers, the name your price tool. Organizations will be able to freely customize their needs and they will pay only for what they will be using. CloudSpark’s website not only will provide service options, but it will offer monthly seminars in order to make the user have a better experience with the system.
CloudSpark will include hardware, data storage virtualization, and an application development environment which will essentially accommodate Infrastructure as a Service, Platform as a Service, and Software as a Service. In order to provide the best services and make all of this possible, we will begin with our first data center to be located in the Denver area. The data center will begin here simply because of the cool climate that this area experiences. We want to make sure our system is always functioning and that overheating is not an issue.
Reference:
Dataversity(2019). Retrieved from https://www.dataversity.net/brief-history-cloud-computing/
Cloudspark: The Pros of Using Name Your Price Tool - Industry Analysis. (2022, May 25). Retrieved from https://studymoose.com/cloud-computing-industry-analysis-pros-of-using-cloudspark-like-the-name-your-price-tool-essay
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