Cloud Computing Essay

Cloud Computing is a fairly new term used to identify a type of computer connectivity, IT services and on-demand delivery offered via the web. The way that it works is, Cloud Computing offers an easy approach to accessing servers, storage, databases and a wide set of request over the Internet. Cloud Computing also allows cloud-based service providers to own and sustain the network-connected equipment necessary for these application services. This is all done while permitting a business to facilitate and use the services that are deemed essential via a web application (Amazon, 2016).

User can store their data on cloud and reveal from the local data storage and its maintenance. Cloud is in a distributive in nature includes shared pool of configuring resources both in hardware and software. As an increasing number of clients who store their

In doing a small business, most small companies usually have a lot of stuff to be stored safely including their application, files, data, business record, customer's information, and to name a few. As a result, most of the small businesses would continuously have problems finding space for all their necessary data when there is a disaster happen. In a realm of science fiction has become a reality with cloud computing which allows all kind of information to be widely and safely stored on the infinite space of the World Wide Web instead of in a limited area of physical drives. Therefore, many small businesses have been moving to cloud computing to keep their business sustainability and experiencing the new technologies that were never

“Cloud Computing” is a buzzword that the IT industry has been talking about since the past few years. The future of computing is distributed and off-premise where remote servers handle terabytes of data every day. From both technical and social viewpoint, the concept of distributed data centers maintained by “server” companies somewhat dates back to 1990s where grid computing was actively thought upon as an IT requirement. Cloud Computing’s primary aim is provision of IT as-a-service to the cloud users on a utility-based delivery model envisioning greater storage availability, flexibility and scalability of IT systems.

Cloud services: The organizations have been highly dependent on the cloud services. The cybercriminals have been seeking ways to exploit corporate security policies for protecting cloud services. The cloud services have been providing immense risk of data being disclosed deliberately or accidentally. The hosting companies have a greater ease of control over the private data and information and can even communicate between the end user and access his user data even without his permission. Therefore this threat has to be placed at the highest priority. Additionally, the cloud providers have the authority to the share information with any of the third parties even without any warrant. All these activities poses privacy concerns as the data can be access on the cloud anywhere and anytime where the information can be deleted, or even altered. All these activities have further left a room for potential unwanted disclosure of data and information on the cloud. Thus using cloud services in an organization poses a threat to exploitation and stealing of confidential data by their competitors, cybercriminals and vigilante justice seekers (Shaikh, F. B., & Haider, S., 2011).

Cloud computing enables you to get to your information and projects outside of your own processing condition. Instead of putting away your information and programming on your PC or server, it is put away in 'the cloud'. This could incorporate applications, databases, email and record administrations.

Cloud computing combines a number of computing concepts and technologies in objective to provide secure, quick, convenient data storage and net computing service with all computing resources visualized as services and delivered over the internet. Cloud computing has brought financial benefits and promises to many business and organizations a way to enhance their information technology such as collaboration, agility, scalability and availability without heavy upfront capital costs in servers meanwhile achieving minimal management effort for service providers.

Cloud computing is moving into the mainstream. Moving to the cloud might be a viable option for some consumers. However, there are many facets to consider before moving to the cloud. There are four types of clouds, public, private, community, and hybrid. All four cloud arrangements have pros and cons, and they need to be weighed before a decision is made. Two main challenges of clouds are security and privacy. These two main issues must be addressed prior to choosing a cloud service. As a consumer, you make the choice for how stringent your security and privacy are to your stakeholders.

This section of paper includes why we need cloud computing as a security control tool against the cyber criminal activities and in how many ways it can be implemented. As we are living in a technical era, many aspects of our lives rely on the Internet and computers, including transportation, communications, government, medicine, finance and education. Consider how much of our personal information is stored either on our own computer or on someone else’s system.

A cloud service account is very similar to most web-based account; access to the account requires a username and password for authentication. Threat such as phishing and person-in-the-middle attacks used to gain access to passwords can result in an attacker gaining access to a cloud service account. Once the attacker gains access to the account steal data, manipulate data, redirect traffic, or carry out attacks from your allocated resource which can devastate an organizations reputation (Cloud Security Alliance, 2011).

The word "cloud" is used to represent the internet and other communications systems. Cloud computing is the result of an evolution of the widespread adoption of virtualization, service-oriented architecture, autonomic, and utility computing in the past, telecommunications companies mainly gave simply dedicated, point-to-point data circuits to their users. Starting from the 1990's, virtual private network services was included in their contributions. It made the telecommunication companies offer equally improved services whereby cutting down on cost as well as using resources effectively.

Computer services are normally offered physically. Here the user of the computer can have access to the resources that the computer use. The resources includes network, storage and operating system. The term cloud computing refers to the offering of such services over the internet. Many companies offer cloud services and in turn charge for the service that they offer, while others don’t. Cyber-forensic investigations have been affected by cloud computing since the beginning of the cloud. Computer Forensics is based on the investigation of crimes or policy breaches that are done through the examination of electronics and computers and other storage devices. This paper seeks to access the impact of cloud computing and storage on

Cloud-based administrations are perfect for organizations with developing or fluctuating data transmission requests. On the off chance that your needs increment it's anything but difficult to scale up your cloud limit, drawing on the administration's remote servers. In like manner, in the event that you have to downsize once more, the adaptability is prepared into the administration. This level of readiness can give organizations utilizing distributed computing a genuine preferred standpoint over contenders – it's not amazing that CIOs and IT Executives rank 'operational nimbleness' as a best driver for cloud reception.

This project is going to discuss about the Cloud Computing and its application in business. To briefly describe what cloud

The project aims to develop and sustain the necessary tooling that will assist Cloud application lifecycle management operations, using open standards and languages, where appropriate. As aforementioned, these operations are classified into three distinct categories: (1) application description, (2) application deployment and (3) application monitoring. Cloud application management framework (CAMF) will follow the Eclipse OSGi plug-in based software architecture for each of the aforementioned operations and will inherit the same look-and-feel that Eclipse users are accustomed to. To guarantee the quality of the resulting product, the project will follow designated development cycles with rigorous code reviews, unit tests and release cycles (eclipse, ND).