Analyzing Ericsson Benefited From Amazon Web Services

This case gives us a fundamental understanding of the concept of cloud computing and presents the advantages and issues of this IT infrastructure. This case gives a clear vision of the company’s current situation. Three main questions to consider

The focus of cloud computing is providing with scalable and a cheap on-demand computing infrastructure with a good quality of service levels. The process of the cloud computing involves a set of network enabled services that can be accessed in a simple and general way. Cloud computing provides with a unique value proposition for any organization to outsource their information and communication technology infrastructure. Moreover, the concept itself provides with a value proposition for an organization as using the cloud saves on cost, resources, and staff, and business opportunities for the organization (Katzan). An extensive connectivity of

Amazon: Amazon Elastic Compute Cloud (Amazon EC2) is a web service that provides resizable compute capacity in the cloud. It is designed to make web-scale computing easier for developers. Amazon EC2 is simple web service interface allows you to obtain and configure capacity with minimal friction. It provides you with complete control of your computing resources and lets you run on Amazon’s proven computing environment. Amazon EC2 reduces the time required to obtain and boot new server instances to minutes, allowing you to quickly scale capacity, both up and down, as your computing requirements

According to Amazon’s Web Service website, it gives users the option to run just about everything using their service applications. By incorporating cloud computing, users are able to cut variable costs to a more attractive scale for the business by eliminating costly administrative and hardware fees. Due to remote access, Ericsson was able to immediately take advantage of AWS’s benefits since the infrastructure was already up and running. Demands change quickly and it’s important for a company to be able to adjust accordingly. By using the cloud system, Ericsson was able to employ

Amazon exhausted in excess of $2 billion structuring the communications of their online store, which is amid the leading and on the whole dependable in the world. The diverse growth approach employed by Amazon.com have aimed at increasing their market position. Amazon merely make use of about ten percent of their meting out capability so they come to a decision to make available added service to additional business. A small number of the B2B services ensue the Elastic Compute Cloud (EC2), the Simple Storage Service (S3), and the Mechanical Turk.

in terms of space and time; and striking a balance between the two. With the rapid

Internet has been developing very rapidly in wide range. It has become available and accessible for everyone. However, other issues such as storage size, the power consumed by equipment and hardware cost have been constantly increasing. The storage space in data center is no longer meeting our increasing demands. The innovation of cloud computing has emerged in an attempt to solve these and other environmental problems. This make software even more attractive as a service and shaping the way hardware is designed and purchased. According to Architectural requirements for cloud computing systems: An enterprise cloud approach, “The overarching goal of Cloud Computing is to provide on-demand computing services with high reliability, scalability, and availability in distributed environments. Despite this common goal, Cloud Computing has been described in many different ways and no standard definition has been adopted until now.”

In 1999, Salesforce.com became the first web service to deliver applications and software over the internet. This service eventually led the way to the cloud. In 2006, Amazon unveiled its own cloud computing platform called Amazon Web Services or AWS. The Amazon Web Service now provides online services to other websites and client-side applications and powers hundreds of thousands of startups and larger companies in over 1190 countries worldwide (Fee, 2013). After Web 2.0 was developed in 2009, other companies started their own cloud services. The cloud is used by consumers daily on many different outlets such as: social media applications like Instagram and Pinterest, Google Apps, Apple iCloud, Microsoft OneDrive, and much more. Now, any time you store information without using up your smartphone or your computer’s internal data, you are storing information on the cloud. The National Institute of Standards and Technology (NIST) defines cloud computing as a computing storage system that provides on-demand network access for multiple users and can allocate storage to users to keep up with changes in their needs (Nelson, Phillips, Steuart, 2015). The cloud has three levels: Software as a service (SaaS), Platform as a service (PaaS), and Infrastructure as a service (IaaS). With Software as a service, applications are delivered by the internet. An example of this would be Google Docs, where data is stored in the cloud and files

Cloud computing is an altering technology which is enjoying increasing rates of adoption. Cloud computing is a model for enabling convenient, on-demand network access to a shared pool of configurable computing resources including networks, servers, storage, applications, and services that can be rapidly provisioned and released with minimal management effort or service provider interaction. The use of Cloud services is proven effective across diverse set of industries, reducing costs associated with computing while increasing flexibility and scalability for computer processes. For instance, Cloud computing services, like Amazon’s, can be used by all business types and more ideal for smaller businesses or especially ideal for businesses just starting. This report is a recommendation for moving all our company’s data center functions on to the cloud. This report outlines supporting details determining how our company could reap the most benefits by adopting cloud services from any of the high-quality cloud service providers available in the market today such as Amazon, Microsoft, Rackspace, and Verizon Terremark cloud services. The benefits of adoption cloud computing services are substantial including reduced infrastructure costs, increased scalability, availability, capacity, speed, backup and mobility. However, these benefits are not free from possible pitfalls. So, to maximize the benefits and minimize risks associated with the move to the cloud, it is

The paper is not an introduction of a new process, but an evaluation of an existing technology (cloud architecture), although with recommendations for the best practices in order to achieve maximum benefits. It can be termed a new analysis of an application, which is presently in production utilizing the on-demand components that Amazon Web Services offer. Cloud architectures denote designs that involve software applications for demand services that are only accessed through the Internet. The author gives examples of where such as applied; for instance, when processing a request from a user wherein the prerequisite resources on-demand e.g., computer servers does the work and

Amazon Simple Storage Service (Amazon S3) is one of the storage and content delivery system offered by the AWS. (Amazon, http://aws.amazon.com/documentation/s3/, 2014)

Amazon Web Services S3 or Microsoft’s Azure are few amongst the various cloud services currently available that allow users to store massive amounts data at unbelievably low costs.

Cloud computing is an expansive scale disseminated computing worldview driven by economies of scale, in which a pool of disconnected, virtualized, powerfully adaptable, exceptionally accessible, and configurable and reconfigurable computing resources can be immediately provisioned and released with irrelevant organization effort in the data centers. Moving data into the cloud offers magnificent solace to customers since they don 't have to consider the complexities of direct hardware organization. The pioneer of cloud computing dealers, Amazon Essential Storage Service (S3), and Amazon Flexible Figure Cloud (EC2) [2] are both definitely comprehended representations. While these electronic online services do give enormous measures of storage space and versatile computing resources, this computing stage shift, then again, is discarding the commitment of adjacent machines for data support meanwhile. Accordingly, customers are vulnerable before their cloud service provider (CSP) for the openness and dependability of their data.

We live in a digital world where everything is internet and server based applications to make our lives easy. There is a drastic development of technology from time to time where we have travelled from typical data server with one application on a server to several shared applications in a single server. Increase of redundancy by making data and applications highly available to help disaster recovery. AWS provides features of modern data center with a GUI to establish different applications.

This cloud architecture allows the cloud provider to create a computing platform that consist of components such as hardware, servers, routers, storage, and other networking modules. The model follows the pay as you model where each user takes the services offered and pays for what they use or consume. Users can deploy and run any software, which comprise Operation Systems, applications. The cloud provider is responsible for managing the core cloud infrastructure for which users deployed applications or operating environment. Examples of this cloud computing model include Amazon Elastic Compute Cloud (Amazon EC2) which is an Iaas model that facilitates scalable compute volume, on-demand, in the cloud. It actually allows users make use of a plethora of Amazon 's infrastructure with no up-front investments. Amazon EC2 decreases the clock needed to get hold of and boot latest server instances and permit users to immediately scale space – equally up and down as their computing needs vary.