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Current virtualisation solutions for small organisation

Discuss the following points..

• Evaluate current virtualisation solutions adopted by small medium enterprises and large organisations. (Provide two examples for was type of the company/business).


• Discuss the potential benefits of virtualisation for contemporary organisations. Identify some potential benefits of your chosen organisation.


• Discuss the current technology requirements for implementing virtualisation in a small medium enterprise. Assess technology requirements for your chosen company to improve its productivity.


• Carry out the needs analysis for a virtualisation deployment in your chosen organisation.


• Design a virtualisation solution for a given virtualisation deployment in your chosen company.  


• Discuss what steps your chosen organisation should take in order to maintain virtualisation solution (new/existing).


• Systematically test the virtualisation environment of your company and identify the key environmental factors within your company which have great impact on its virtualisation solution.


• Document and analyse test results of your test carried out in task 3.2 that how it impacts on the virtualisation solution of your chosen organisation.


• Monitor the virtualisation environment of your company.


• In order to maintain a virtualisation environment what measures your company can take.


• In order to maintain the virtualisation critically review and analyse the overall impact of virtualisation on your business and how poor non-maintenance and absence of virtualisation can impact on the business?

Virtualisation is the technique which is able to provide layers to enable a view of logics and computing the resources as per the solutions depending upon the operating system. The mainframe hardware is rolling out to create an end-to-end user environment interface which will be helpful for building on the different platforms. The expense to which the computational resources generally leads are faded and are under the guidance of the founders who are able to develop and look forward to the different product lines which are tangible to the different enterprising solutions. (Nelson et al., 2015). The server consolidation tries to spot the stone where it is able to reduce and support all the applications, thereby, trying to support the footprints important and simpler to be handled for testing and development. The applications try to turn out the capabilities which will lead to enabling features which have a better and higher recovery from disaster.

Managing the direction which will often lead to changes in the solution generally have high availability to the application which require the servers to adapt for the software expensive enough as per the configuration. In order to maintain the requirements, there is a need to add more to the complexity of the solutions and trying to focus more on how to manage the applications that are deployed and brought under the clustering of the shared storage system. (Patel & Bohara, 2015). There is a need to continue running the applications which are able to deliver a proper understanding which will administer the paradigm to handle the resource as well as cost and control. There is a proper scalability computing which allows to protect the infrastructure properly with all the service tasks running along:

  • With better availability of the maintenance support which is going to proper run on the reboot mode, trying to automate it to bring in the storage and manage with the capacity of the existing environment. (Deepika et al, 2015).

  • The simplicity with which the infrastructure is going to hold the operations, there will be better virtualisation techniques that tempt to attempt and introduces complexity in the environment.

Potential Benefits of Virtualisation

Example with cloud computing technique, one is easily able to access the relationship with the customer which tries to store and host all the voices over IP (VoIP), thereby, trying to manage the cost of the applications and the services. Another example states that the data centre of virtualisation technique try to hold and compete with more automation, thereby, lead to a vCenter recovery of the site and the management of the cloud.

With the increased sense of virtualisation techniques that are coming these days, there tend towards the benefits which are mainly the utilisation of the hardware with proper care to solve the problem, if any, could be recovered soon. The management deals with the easy management and the growth generally lies on the services which are basic on the protection and hardware utilisation. The applications and the workloads try to run the business with the continuous increase in the performance which comes with reduction in the capital and improvement in the continuity of the business. (Shiveley, 2005). The responsiveness and the productivity factor tries to deliver the computational resources which are able to install better solutions. The business runs efficiently when there are multiple servers which are underlying the efforts made in order to bring a change in the virtualisation technique, thereby, keeping it intact to reduce the power of cooling and all the requirements related to network. The systems has different options to design and work to plan achievability that will be able to transform the consistency to a more virtualised process.

There is a need to determine how to interrogate and manage with the platforms which will support the assurance of the different platform connected to patch with the capabilities. Some of the technology are:

  • The technology for spreading virtual sprawl generally try to produce a virtualisation technique which is able to figure out all the resources that are important for the serves boxes to manage with the product and infrastructure.

  • The egenera vBlade technology tries to support the processors which are able to install all the delicacy and restore all the problem which could be there due to alteration of the hosts and the OS systems.

The enterprise which holds for the unified content platform always look forward to develop and debug all the problems related to the cloud. The technology of setting up the applications and the platforms try to debug and bring an approach which will be able to handle with the free products. Some of them are:

  • Technology for aliasing with the programs of the partner which (TAP) helps in bringing efficiency by properly building tool with more utilisation and capacity.

  • VMware Ready tries to support the system against all facets and help in proper automation and management. (Yan et al., 2015).

  • Embedded OEM brings a change in the coding stream which has a business to draw in automation services and logging.

  • ISV Centre always look for the machines which is able to handle the physical mobility and manage the levels at different platform.

  • VMware Solution Exchange are for tracing the applications which are important to manage the results and decide confidence which will be able to look forward for more specific solution. (Bitam et al., 2015).
  • OEM Partner Program

The services in virtualisation generally needs to handle the hardware which is important for better performance and flexibility. The operations and the planning leads to the development and better assessment which leads to the evaluation of services, thereby, consolidating and achieving the requirement of the security important for the recovery of the disaster. As per the analysis, there is a need for:

  • Understanding the strategy of virtualisation which comes under the business benefits and identifying them for better techniques and solution. The enterprise equipment tries to cover the network area which was able to review and go through all the strategy. (Tan, 2015).

  • The review generally try to host the reduction of the cost and lead to the provision of respond towards the flexibility of operations as well as better infrastructure.

  • The determination which leads to host the support and the enterprise try to bring a better flexibility in the operations and the responses.

  • The requirements which are important to hold the high budget generally try to spend on different needs which are able to optimise the infrastructure and handle the virtualisation that will be able to properly optimise system. (Escalona et al., 2011).

The solution is to stand for the windows and try to run with proper planning and deployment which will be helpful at the high level to analyse and view the solutions with better role. The easy accessibility generally tries to enrich the devices and strengthen the data security which will be able to manage all the sessions and try to allow proper deployment to enable the apps to publish properly on the desktop, thereby, trying to properly scale up the dynamics and come with a proper virtualisation technique. Increment in the management and the heterogeneity which will be able to support and include all the possible technology important for the virtualisation. (Ojha et al., 2015). The clustering and the virtualisation process has to reach to a level where there are entities that try to match with the difficulty of the resource and try to map to the efficient use of resources.

The current technology requirements for implementing virtualisation

It is important to consider it as there are certain changes that could affect the controlling system and the challenges are:

  • There is a reduction in the operating system as well as certain changes are made through the hardware utilisations.

  • In order to improve the computer platform resources, there is a need to maintain the system and the recovery is important for better reliability. (Brant et al., 2015).

To utilise the patent and manage the applications, it is important to proper scaling and availability at which there is a proper management of the components which try to extend towards licencing the schemes and budgeting depending upon better computation and heavy nodes which continuously are able to access the applications and the infrastructure to be carried and rebooted as per the availability and the simplicity  of the management serves which are externally virtualised and compete with the scalability and higher returns. (Mergen et al., 2006).

There is a need for monitoring the slots and the complexities which will be able to take a resilient architecture set-up which will be able to run on the database which could be having a better performance to run the applications and reach the goal of quality and control in the domains which capture the solution in better processes. (Fortes et al., 2005). The solutions in the modern time turn to a phase where they are able to manage with the control and all the process at an early stage, thereby, managing the testing environment which have a fairly careful understanding to be performance under proper guidance. There is a need to compositely manage the research and the resources so that the applications are able to come up to proper gathering and feedback. It is the network which mainly tries to have a major impact on the optimisation of the app and help in maintaining the network in the clouds, thereby, trying to give a hand-set full of dynamics, fixing all the alerts that try to administer the activity and virtualised environments which try to administer and contact the increasing domains important for better serves and collaboration. (Nazir et al, 2015).

There is a complete analysis of the reports and the performance of the storage which is able to help on focusing on the storage spaces and trying to figure out the protocols which will have a tier of virtualised server leading to a standpoint and a saving which offers solutions that are generally for better applications and workload. (Anderson et al., 2010). The independent testing and improvement in the capability of virtualisation generally prefer scalability and the density.

With the different and improved storage space, there is a protected device which is attached to highlight and improve the cost efficiency, thereby, improving the specifications and the capabilities to validate the documents.

In order to understand the computing techniques, it is important for partitioning the data and try to virtualise the client server with better and complex situations that try to withhold more capacity to needs of the company. The implementation of the business procedures generally try to access the applications which are important for penetration and supervising towards better access. The encompassing comes when the business tries to surround over the services based on the technology could try to build infrastructure which are able to compute the different technologies at a proper time. (Ruest  & Ruest, 2009).

Needs analysis for a virtualisation deployment

The consolidation of the markets and enterprising the company by saving the initiative which will be able to pursue with the reports, thereby, trying to reduce the number which are able to pursue and continue supporting the applications at the different platforms which are able to explore and compute with better applications and writing codes to the developer to turn into a seamlessness with higher and better recovery of the work load and balance. (Pfaff et al., 2009). With the virtualisation, there is an agility in the business and employing the clustering along with partitions and work loading the management systems techniques which will be able to position and manage to change the demands that are important for shifting focus towards better technology. (Patel & Chauhan, 2015). The storage works on the multiple network system which try to appear on the bandwidth which are able to assign to different server and devices. The virtualisation technique runs into better categorisation and taking more into the technology for operating the systems. With insertions of better operating environment and independent operating systems, there has been platforms based on better and accommodating performance. The performance of the applications which needs to hypervisor the destination and track a better way to demonstrate and find the concept of the evaluations. (Yamini & Selvi, 2005).

To maintain the technology, there is a need to take certain measures which will collect for better resource utilisation techniques. The collection and computing the resources depend on collecting the resources through the power that is consumed to manage with the power to consolidate and potentially save the cost to yield the best technology. The impact to reduce the servers and consume the better companies, deals, in maintaining the system which will be operated  under the server that seamlessly try to compute with the expenditure that comes under through the strategy of virtualisation. 

To realize the investments, there is a need to consolidate and virtualise with the environment that repairs all the functionality important for the staff business to neutralise with the maximum availability and the productivity solutions. (Abdelmaboud et al., 2015). The applications require to monitor under the business which tend to bring a change in the physical network of the system. To virtualise the managing capability, there is a need to manage with the relationships that try to virtually handle all the notifications and update the topology with a better visibility and assurance technique. The exchange software that runs on different columns try to enable the statements important for the root cause analysations and undergoing through the automations process for better management.

The hardware improvement and making it important for the space for minimising the problems and trying to avoid the system of production which lead to disaster, if the backup is not done properly. The technique of performance and working on the various departments generally are able to consolidate the server and try to bring it to a single point where it results in reaching to escalate and lead to setting up servers, assuring the testing quality and support to the software quality. The companies need to avoid virtualisation and optimise by identifying risk which will assure the availability to identify the hosts and analyse the selection and solution for the virtualised techniques. (Rathi & parmar, 2015).

Virtualisation solution for a given virtualisation deployment

The network virtualisation tries to offer features which are able to support the operational benefits as well as maintenance of better applications and networking. There are certain connected workloads which needs to be scalable and consistent, thereby, trying to match up times for more productivity and virtualisation. It is significantly important to improve the resource and its utilisation to simplify the operating system. The patches and the topology generally support the operations that try to increase the leverage programs and complement the servers which are able to manage the virtualisation technique. There is an enhancement in the technique which will ensure the platforms at different applications across different environment which are convenient to bring a change in the policy and the products. The implementation generally has the provision to lead to high performance support and dedication that has better role based security system to acknowledge the privilege that is important to manage the infrastructure, diagnosing the problems that could reduce the time and monitor for better virtual machines.

Conclusion

With the elimination of machinery, there is a power to run the server that try to consolidate the resources and try to equip it properly under the continuity phase that try to hold better planning decisions and relate to the capacity at a maximum level and conventionally trying to operate with the applications as per the pair that are built by the servers to run on the different performance level. The operational continuity always lead to consider the benefits which are important to follow and bring in better reports of decisions which try to target for the assessment and virtualise the software to a suitable growth and environment. The aging hardware leads to a common system which generally operated on the platform that is enabled specifically for the business needs.

Reference

Abdelmaboud, A., Jawawi, D. N., Ghani, I., Elsafi, A., & Kitchenham, B. (2015). Quality of service approaches in cloud computing: A systematic mapping study. Journal of Systems and

Rathi, A., & Parmar, N. (2015, January). Secure Cloud Data Computing with Third Party Auditor Control. In Proceedings of the 3rd International Conference on Frontiers of Intelligent Computing: Theory and Applications (FICTA) 2014(pp. 145-152). Springer

Patel, N., & Chauhan, S. (2015). A Survey On Load Balancing and Scheduling in cloud computing. International Journal for Scientific Research and Development, 1(7), 185-189.

Nazir, M., Tiwari, P., Tiwari, S. D., & Mishra, R. G. (2015). Cloud Computing: An Overview. Book Chapter of Cloud Computing: Reviews, Surveys, Tools, Techniques and Applications-An Open-Access eBook published by HCTL Open.

Ojha, D. N., Dharwal, M., & Jain, D. A. (2015). VIRTUALIZATION TOWARDS CLOUD

COMPUTING: A FUTURISTIC APPROACH IN MANAGING THE INTERNET. International Journal of Information Technology & Computer Sciences

Brant, C. D., Choudhary, S., Garrison, M. J., & Mckay, M. (2015). U.S. Patent No. 20,150,020,065. Washington, DC: U.S. Patent and Trademark Office.

Tan, K. W. (2015). Challenges in Adopting Cloud Computing for Automation Process Controller in Manufacturing. In The Malaysia-Japan Model on Technology Partnership (pp.

Nelson, J., & Selvakani, S. (2015). A Survey for Network I/O Virtualization in Cloud Computing. Journal of Computer Communication and Networks, 1(1), 1-7.

Patel, K. M., & Bohara, A. P. M. H. (2015). A SURVEY ON RESOURCE ALLOCATION

MECHANISM IN CLOUD ENVIRONMENT. Development, 2(1).

Nazir, M., Bhardwaj, N., Chawda, R. K., & Mishra, R. G. (2015). Cloud Computing: Current Research Challenges. Book Chapter of Cloud Computing: Reviews, Surveys, Tools, Techniques and Applications-An Open-Access eBook published by HCTL Open.

Bitam, S., Mellouk, A., & Zeadally, S. (2015). VANET-cloud: a generic cloud computing model for vehicular Ad Hoc networks. Wireless Communications, IEEE, 22(1), 96-102.

Yan, G., Peng, Y., Chen, S., & You, P. (2015). QoS Evaluation of End-to-End Services in Virtualized Computing Environments: A Stochastic Model Approach. International Journal of Web Services Research (IJWSR), 12(1), 27-44.

Deepika, K., Prasad, N. N., Balamurugan, S., & Charanyaa, S. (2015). Evolution of Cloud Computing: A State-of-the-Art Survey. Evolution, 3(1).

Shiveley, R. (2005). Enhanced virtualization on Intel architecture-based servers. Technology@ Intel Magazine, (4), 3-9.

Anderson, T., Peterson, L., Shenker, S., & Turner, J. (2005). Overcoming the Internet impasse through virtualization. Computer, (4), 34-41.

Yamini, B., & Selvi, D. V. (2010, November). Cloud virtualization: A potential way to reduce global warming. In Recent Advances in Space Technology Services and Climate Change (RSTSCC), 2010 (pp. 55-57). IEEE.

Ruest, N., & Ruest, D. (2009). Virtualization, A Beginner's Guide. McGraw-Hill, Inc..

Mergen, M. F., Uhlig, V., Krieger, O., & Xenidis, J. (2006). Virtualization for high-performance computing. ACM SIGOPS Operating Systems Review, 40(2), 8-11.

Fortes, J., Figueiredo, R., & Dinda, P. A. (2005). Guest Editors' Introduction: Resource Virtualization Renaissance. Computer, 38(5), 0028-31.

Escalona, E., Peng, S., Nejabati, R., Simeonidou, D., Garcia-Espin, J. A., Ferrer, J., ... & Bohnert, T. M. (2011, June). GEYSERS: A novel architecture for virtualization and co-provisioning of dynamic optical networks and IT services. In Future Network & Mobile Summit (FutureNetw), 2011 (pp. 1-8). IEEE.

Pfaff, B., Pettit, J., Amidon, K., Casado, M., Koponen, T., & Shenker, S. (2009, October). Extending Networking into the Virtualization Layer. In Hotnets.

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