Research Paper on Cloud Computing, Automation, and Virtualization

Cloud Computing System

A cloud system refers to the computing components (software, hardware, and infrastructure) that empower delivery of services for cloud computing such as software as a service, platform as a service and infrastructure as a service through a network, i.e., the internet. Users of cloud systems get to access computing services by use of internet browsers that represent a model for computing that shifts the computing workload to a remote area. One cloud system example is web-based email applications which provide a stage where electronic messaging services can be delivered. It can also be termed as utility computing because its usage by the consumer is billed and metered just like electric services or water (Gabberty, 2013).

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Key Components

There are two critical components at the center of cloud computing technology. These are; (Service Oriented Architecture SOA) and cloud virtualization (Rose, 2011)

SOA Architecture - this component of cloud innovation enables companies to get to cloud-based computing solutions with specific features that may be modified if need be, as the business needs change.SOA allows free web services to communicate with each other using the Internet in real time, giving the flexibility required to quickly reconfigure the delivery of the service for a particular cloud computing offer. The web provider according to SOA is responsible for development costs, deployment and also maintenance of web service components. This allows the web services consumer to get access to various web services without the cost or overhead related to traditional IT services delivery method. SOA is regarded as a great cloud computing component since it encourages centralized distribution and reuse of elements, which fundamentally reduces software development and delivery costs.

Cloud Virtualization is another essential part of a cloud system that en Running head: IMPLEMENTATION OF CLOUD SERVICES AND VIRTUALIZATION courages the proficient delivery of cloud computing services delivery. When virtual computing resources are implemented in the cloud, this copies physical computing resources' functionality, serving as a flexible tool for load balancing management which allows for delivery of computing services on demand to be swiftly adjusted. Virtualization innovation gives organizations a tool that promotes elevated levels of scalability, reliability, and availability in regards to cloud computing technology or cloud systems that an organization can use to satisfy its IT needs. Virtualization is additionally a crucial cloud computing technology part as it helps during fail-over support and disaster recovery (Carlson, 2011).

Effects of Cloud Computing on the Works

Cloud computing used for instance with data warehouses will help largely in ensuring the data storage capacity of the organization is expanded. The data warehouse will not only depend on the storage devices they use but instead backup there data through the cloud technology./ cloud based deployment will help reduce or completely eliminate problems related to small capacities for storage through elasticity of the system. The usage reduces the expenses and costs which may be involved with the expansion of the hardware for storages which is characterized with high costs and time consumption

VMware

VMware conveys a detailed platform for cloud management that can handle hybrid environments, running traditional as well as a container or cloud local tasks (Munteanu, Sandru & Petcu, 2014). VMware accelerates IT services delivery through automation and pre-defined policies, giving elevated levels of flexibility and agility for developers and business lines while keeping up control and governance.

Independent experts at Ovum named VMware Cloud Management Platform the unmistakable general pioneer in multi-cloud management solutions, outpacing ten competitors (Zuo & Chen, 2014).

What a Cloud Management Platform Can Deliver

Self-Service -it provides infrastructure and application resources according to your consumption choice (catalog, CLI or API) given permissions and policies that are pre-defined. Automation- Resources' Provision and maintenance s are automated through the creation of blueprints or models which comprise of all the components of services requested alongside their relations, together with a VM blend and systems that are container-based. Cost managing -it offers detailed analytics and reporting that improve the capacity of forecasting and planning while still enhancing placement of workload, utilization, and resource acquisition.Management of operations - it offered a combined perspective of health and maintenance, automated control of performance, planning choices and accelerated capacity as well as proactive disclosure of problems before they affect the ultimate users. Extensibility - VMware Marketplace provides further incorporations with 3rd parties and conventional tools and applications.

Automation Systems

These days, nearly everything is automated; most IT organizations use quite some automation technologies ("New, secure web-service to connect machine builders with remote machines," 2009). In 2017, 75% of organizations made use of more than four automation technologies compared to 20% in 2014.

An automated system comprises elements intended to perform various programmed tasks. Repetitive and operational tasks turn out to be less burdensome and make a customer's life more comfortable and more straightforward.

When discussing effectiveness in the work environment, it is essential to check the tasks that could be managed better by use of an automated machine in cloud-based software. Those organizations that have adopted the computerized systems technology have a 1.5 times likelihood of reducing management complexity and also a 1.5 times likelihood of freeing up resources for other strategic projects.

Numerous business people, generally small business owners, are faced with the problem of delegating employees and even more to automated systems. This is the time to let go.

The truth is, technology makes the corporate world run faster, therefore declining new systems implies that your rivals are a step in front of you. In 2015, not less than $186 billion was spent in overseeing business processes. Automating tasks eases time so workers can focus on different functions that the software can't manage. You could spare hours by assigning manual tasks to the software, e.g., contract management, invoice and inventory management.

A few tasks require a human touch, obviously; however, automated systems make you more effective and give you more time to focus on more critical tasks and strategic direction.

Benefits of Automation

Use employee time better- One of automation best characteristic is that it gives you the chance to utilize talent and do what people excel at: make quick business plans to dispose of costs and make critical decisions.

Define business processes- You have to distinguish what is implicated in your business process before designing the automation. This recognizing procedure makes everything noticeable and gives you a bright idea of what's happening or ought to happen in your business!

Limitations

Integration compatibility of the system- You need to ensure that the platform you pick is compatible with your current system. Is there an API source to guarantee compatibility? Or then again you'll have to add programming resources to ensure they are integrated.

Return on initial capital investment - Some automated systems are accompanied by essential costs. Ensure you identify the ROI you'll get before picking your software.

Virtualization

This refers to the method of producing a virtual or software based demonstration of something, e.g. servers, networks, storage and virtual applications. It's the best approach to reducing IT costs while still boosting businesses' agility and effectiveness.

Advantages of Virtualization

It can increase information technology's agility, adaptability, and versatility and significantly save costs.

It offers more noteworthy workload mobility, increased performance resource availability and automated operations. These make IT more easy to manage and less expensive to own and run.

Due to the limitations of some servers, numerous organizations have to install multiple servers, each of them working at a bit of their capacity, to stay in pace with today's demands in lofty processing and storage. The outcome of this is to increase costs of operation and massive inefficiencies.

Virtualization depends on software to suggest hardware functionality along with creating a virtual PC system making IT associations able to run multiple virtual networks as well as numerous OS and applications on a single server. This brings about higher efficiency and economies of scale.

Figure. An IT transformation dashboard

A virtual machine is a firmly isolated container software which has an OS and an application within it.

Characteristics of Virtual Machines

• Partitioning-it can run different OS on one single computer.
• Its Isolated- it provides security and fault isolation of the hardware.
• It entirely saves a virtual device's state to files.
• It can migrate or provision any virtual device to any physical server.

The use of the virtualization is very important when it is effectively managed and implemented as it is able to increase the flexibility of the organization hence improving the agility and production of the organization. For instance, through virtual machines the organization will be able to notice any fault in their systems and as a result manage the situation before it is worse. An organization does not need to continuously check the systems manually as it will be automatically detected.

Conclusion

Cloud computing, Automation, and virtualization are the big waves in computing. They have many advantages, e.g., better equipment administration. This is because all computer systems are the same and operate the same hardware. They additionally provide better and less demanding data management. In this manner implementing these systems within an organization will most definitely be of great help to the administration and also the staff.

References

Carlson, M. (2011). Systems and Virtualization Management: Standards and the Cloud (A report on SVM 2010). Journal Of Network And Systems Management, 19(4), 536-542. doi: 10.1007/s10922-011-9205-1

Gabbert, J. (2013). Educating the Next Generation Of Computer Security Professionals: The Rise and Relevancy of Professional Certifications. Review of Business Information Systems (RBIs), 17(3), 85. doi: 10.19030/rbis.v17i3.7998

Munteanu, V., Sandru, C., & Petcu, D. (2014). Multi-cloud resource management: cloud service interfacing. Journal Of Cloud Computing: Advances, Systems, And Applications, 3(1), 3. doi: 10.1186/2192-113x-3-3

New, secure web-service to connect machine builders with remote machines. (2009). Assembly Automation, 29(2). doi: 10.1108/aa.2009.03329baf.001

Rose, C. (2011). A Break In The Cloud? The Reality Of Cloud Computing. International Journal Of Management & Information Systems (IJMIS), 15(4), 59. doi: 10.19030/ijmis.v15i4.5801

Zuo, H., & Chen, X. (2014). The Analysis of Storage Efficiency in VMware Virtualization Environment. Applied Mechanics And Materials, 697, 438-441. doi: 10.4028/www.scientific.net/amm.697.438