Cloud computing essay

Cloud computing essay

Introduction

Cloud computing is the delivery of on the demand computing services from applications to the storage and the processes in power that is typically over the internet and in their scenarios based on pay as you go basis.  Cloud computing service often covers a considerably more comprehensive range of natural languages and other elements of artificial intelligence within an organization’s situation.  A cloud computing solution, on the other hand, is on-demand service, computer network storage, application, and or resources accessed through the internet and a different service provider shared cloud computing infrastructure. The services do make it possible for an organization to leverage resources that cloud service providers manage and store in private, secure servers and networks (Fernandez et al., 2013, pg 7). Cloud solutions often offer an easy solution to back and mobilize network kind of resources and data. Each type of cloud computing solution has its advantage and disadvantage to an organization that uses it.

Computing

The fundamental concept behind could computing system solution is computing. Computing is on the demanding availability of the computer system resources, especially data storage and computing power, without direct active management by the user. The concept is used in describing data centers’ availability to many users over the internet. Cloud computing can be broken into three primary services. These include the software as a service or the SaaS, infrastructure as a service IaaS and platform As a Services PaaS. These are particularly important to an organization in various ways depending on the selected model of implementation. An organization can either deploy the private or the public computing model. However, an individual deployment model of cloud computing is the most preferred by most organizations as it gives an organization a higher chance of securing its data better compared to the public deployment model(Buyya et al., 2013, pg. 1013).

Generally, the role of cloud computing is the work and completion of projects. Computing is often associated with cloud storage in that the user has to moves the data to the cloud for storage before he or she can be able to make use of cloud computing. Once it is moved to the cloud, one can process the data into useful material and send it back for the purposes it was meant for.  A typical example of cloud computing the SaaS, where the user inputs data on software and the data is then transformed remotely through a software interface without the user’s computer being involved in the process.  The significant advantage of computing is that it enables the users (an organization) to get their application to the market quite faster. Hardware failures do not result in loss of data as the networked backups are rendered functional, and this safeguards an organization’s data from loss.  Cloud computing does make the use of the remote resources, saving the actual organization cost of the server as well as other equipment. Therefore computing for an organization is a basis for securing an organizational data from loss in case of any incidence (Ransome, 2017, pg 78).

Storage

Cloud storage is a Services model in which data is kept and maintained, backup remotely, and made available to the users over networks, which is typically over the internet. Data stored in a global center with storage data do spread over multiple regions or continents. Cloud storage is essentially a system that makes it possible for the user to store data on the internet just the same way one would do over the computer. With various forms of cloud storage platform existing, including; google drive, dropbox, and iCloud, the function of all them is the same, storage. It enables the user to upload data through the internet to cloud-based servers for storage. Once the data is stored, a single or multiple users can then proceed to access the information from various devices using the internet as a medium. A user of the cloud storage does pay for their cloud data storage on a per-consumption or a monthly basis (Rahayu et al., 2013, pg. 87).

Most business organizations across the world use cloud storages to store documents and share them with others. It always helps in the preservation of the relevant material and files while offering a better chance for collaboration on projects with other individuals through the common data-sharing platforms. Individually, it can also be used in storing media files and emails. It gives the user an almost unlimited stage of storage (Velte et al., 2019, pg. 71).  The essential advantage of cloud storage is that it gives the user a more extensive space for data storage. It is also secure and makes it possible for multiple users to access the same data over the internet at the same time without any compromise.  Cloud storage is also very reliable for the users as information compacted in the cloud an only be accessed by authorized users (Ransome, 2017, pg 78).  Cloud storage generally makes it possible for data to be kept more securely and in a way that it can be accessed from different parts of the world over the internet. Globally, the cloud storages market is dominated by amazon web services, goggle, and Microsoft Azure, which offer the storage of data for more than 70% of the organizations across the world. These are the key example of the data storage platforms used by most organizations globally

Databases

Cloud database is a collection of informational contents that are either kept in structure, semi-structure of unstructured, and that resides on a private, public, or hybrid cloud computing platform of infrastructure. From the perspective of architecture and design, cloud databases is not different than one operates on businesses on-premises servers. The only critical differences in where the databases reside. Whereas an on-premise database is connected to a local user through a corporation’s internal local area network LAN, a database on cloud computing resides on servers and storage furnished by cloud or database as DBaaS provides and its acceded single over the internet.  To a software application, for instance, the SQL database that resides on-premises or in the cloud should, therefore, appears more identical (Transforming, 2013, pg.48).

The functioning and the behavior of a database should be the same whether retrieved through direct requests such as a joint SQL statement or an API call. However, in other cases, it may be likely to distinguish considerably minor differences in the time or responses. An on-premise database accessed through a LAN is expected to offer a slightly faster kind of response than a cloud database. This is because the cloud database requires a round of tripe on the internet for each interaction with the database. The two significant examples of the cloud database are the rational and irrational database. The objective type is written in a structured query language SQL and is made up of international tables that are organized in significant rows and columns. On the other hand, the irrational cloud database does not have SQL and has a notable model. The content instead is store as a solitary document (Rahayu et al., 2013, pg. 89)

Cloud databases is very beneficial to the user. One key benefit is that it eliminates the physical infrastructure. In a cloud database environment, the cloud computing provider of servers, storage, and other vital support is responsible for the maintenance and high availability kind of keeping. The organization that owns as well as operates the databases is only responsible for supporting and maintaining the database software as well as its contents.   Cloud database also saves an organization or user cost. Since there is the elimination of the physical infrastructure owned and operated by the department of IT, it significantly helps the user in saving the price, and this can be reduced through capital expenditures, less staff, decreased electrical, and the other element of operating expenses. Others also have the benefit of instant scalability, performed guaranteed, and the more significant element of failover support with a decline and specialized expertise as well (Buyya et al., 2013, pg. 1016).

Cloud networking

Cloud-based networks is enterprises networks that can be extended to the cloud. It makes it possible for an enterprise to be able to distribute its systems around the world. Cloud networks is when some or all of a company’s networking resources are hosted on the cloud. This can either be on a private or public cloud. However, most organizations do prefer hosting their networks on private clouds. This is often based on cloud computing, in which the centralization of the computing resources that are shared between the users. It is usually operated by sharing the network in the same way and has spurred a continuous trend in pushing more network functions into the cloud (Wang et al., 2013, pg. 1587-1611).

The cloud computing networks make it possible for the transmission of data from one computer to the other. However, two or more computers involved need to be connected through network hardware or software.  The other system which is linked to the network is referred to as hosts, and each host has a network kind of interface, which is referred to as the NIC to which a network cable or another connection media is often connected.  The different form of the cloud computing network includes the local area networks LAN and the wide-area network WAN, internet and a cloud-based network which operates quite differently.  Networking in cloud computing is critical as it makes it possible for sharing of information or data among the users through the connected hardware or software (Curran, 2013, pg 12-17)

Management

Cloud computing is very curial in the entire organization management.  All the concept of cloud computing discussed above contributes to the overall wellbeing of control in one way or the other.  Proper management involves the sharing and storage of data within an organization. All these functions are often made possible through cloud computing. Cloud computing, for example, in an organization, ensures that sharing, storage, and networking is made possible. The management of the organization, who are the most important user of the storage data, are often able to access the data regarding an organization and, as a result, make the possible decision on management. An example, through the use of data cloud storage tools such as Dropbox, extensive data can be stored for the critical decisions making the process of an organization (Transforming, 2013, pg. 89).

System motoring

Cloud system monitoring assesses the critical elements of the performance of the cloud for the cloud systems ad vendor servers. Through the use of the numerous metrics and the key procedures, an organization performing, cloud monitoring do try to ensure that the systems ate offering a key benchmark level of access as well as the outcomes that are desired.  Cloud semen motoring is performed as part of the overall cloud management strategy to enable the principal IT officers to be able to review the functional statues of the clouds based resources (Ransome, 2017, pg 78). Besides, it offers an all-inclusive thoughtful of view of the cloud metrics, customers flow, and log data. There exist multiple types of cloud services that work to monitor the system. Cloud monitoring, therefore, is just about mentoring servers hosted on Azure. An example, SaaS uses services such as offices 365 to control the cloud system for an organization’s cloud computing system.

Conclusion

Cloud computing is a broader area of study and is fast advancing. For organizations all over the world, the cloud computing system solution comes with various solutions. The significant benefits of an organization is, however, based on the element of management. It offers multiple advantages to an organization, including cost-saving, reliability ad mobility of an organization, an aspect which is crucial to the overall wellbeing in terms of operations to an organization.  Most organizations are becoming more aware of the other elements of cloud computing, which given the competitive advantage, and this has been the basis of the advancement of cloud computing system solutions by the various service providers. The need for advanced cloud computing system solutions has, therefore, resulted in an increased level of competition from the service providers.

References

Arora, R., Parashar, A., and Transforming, C.C.I., 2013. Secure user data in cloud computing using encryption algorithms. International journal of engineering research and applications, 3(4), pp.1922-1926.

Carlin, S., and Curran, K., 2013. Cloud computing security. In Pervasive and Ubiquitous Technology Innovations for Ambient Intelligence Environments (pp. 12-17). IGI Global.

Dinh, H.T., Lee, C., Niyato, D., and Wang, P., 2013. A survey of mobile cloud computing: architecture, applications, and approaches. Wireless communications and mobile computing, 13(18), pp.1587-1611.

Fernando, N., Loke, S.W., and Rahayu, W., 2013. Mobile cloud computing: A survey. Future generation computer systems, 29(1), pp.84-106.

Garg, S.K., Versteeg, S., and Buyya, R., 2013. A framework for ranking of cloud computing services. Future Generation Computer Systems, 29(4), pp.1012-1023.

Hashizume, K., Rosado, D.G., Fernández-Medina, E., and Fernandez, E.B., 2013. An analysis of security issues for cloud computing. Journal of internet services and applications, 4(1), p.5.

Rittinghouse, J.W., and Ransome, J.F., 2017. Cloud computing: implementation, management, and security. CRC press.

Velte, A.T., and Velte, T.J., 2019. Cloud computing: a practical approach. McGraw-Hill.