10 Virtualization Tips Every Administrator Should Consider
Consider these useful tips for your business's virtualization.
Virtualization has become a necessity for all organizations irrespective of their size. Virtualization reduces costs and enables organizations to get more out of their technology investments. Because virtualization is such a vast area, proper knowledge of how to use it in the best possible way is the key to success.
Keeping this in mind, let's take a look at what should be considered while implementing virtualization.
10 Tips for Implementing Virtualization
Quick recap: Virtualization is a process used to create a virtual environment. It allows a user to run multiple operating systems on one computer simultaneously. It is the creation of a virtual (rather than actual) version of something, such as an operating system, a server or network resources, etc. For many companies, virtualization can be viewed as part of an overall trend in IT environments which are able to manage themselves based on perceived activity and utility computing. The most important goal of virtualization is to reduce administrative tasks while improving scalability and workloads. In a nutshell, virtualization abstracts the computing functionality of a device from its physical hardware. Now that we have that out of the way, here are 10 virtualization tips that you should keep in mind if you are planning or running a virtual environment.
|Download a free trial of Turbonomic Operations Manager|
1. Consider the Hardware
Hardware virtualization has become a dominant trend for IT departments. The hardware for virtualization begins with a server’s memory and computing resources. When you are planning hardware for virtual capacity, you must consider purchasing hardware that is bigger than you would normally need, as the virtual machine takes up more space on the server.
The pitfalls of using hardware virtualization are the risk of deletion or overwriting data stored in one system, as well as the cost of upfront fees.
2. Track the Virtual Machine Life Cycle
You need to keep track of your virtual machine from its starting point to its end point. The life cycle of a virtual machine provides the ability to use physical resources in an efficient and productive manner. The life cycle includes two parts:
- Configuration: This is performed in a development environment, which allows for creation, testing and modification of the virtual machine.
- Deployment: This is performed in the production environment.
As an administrator, you should handle both the configuration and deployment.
3. Avoid Virtualizing Everything
The server must process internal traffic from a large number of users, and you should make an appropriate plan for everything that is virtualized. Virtualization provides cost savings, lower use of resources and administrative capabilities. But some things are not suitable for a virtual environment. These include:
- Anything that requires physical hardware
- Anything that requires extreme performance
- Applications or operating systems that don’t allow for virtualization due to license agreements
- Applications or any resources that have not been tested
- Virtual environments depending on host systems, images, authentication, network and storage
- Physical environments that mainly depend on two points of failure: failure in itself and its host
- Systems that may contain secure information that should not be accessible to others
4. Monitor Virtual and Non-Virtual Traffic
You need to monitor all traffic, both virtual and non-virtual. Don’t think that the virtual hosts are safer and should not be considered for security. Monitoring of both virtual and non-virtual machines is very important in the matter of internal and external traffic of the virtual machine. After some time, you may need to give more resources to specific machines while other virtual machines will continue to stand alone.
5. Don't Expect Virtual Resources to Be Free
Virtual machines usually take less space on the server, but that doesn't mean these resources come without a cost. Virtualization clients needs to understand that there is price for a virtual machine, which is gained from a server being virtualized, which goes along with virtualization. Sometimes virtualization costs are so high that your company alone can’t pay the bill.
6. Virtual Machines Can Be a Temporary Service
Sometimes you need service temporarily. This service can be provided by virtual machines better than any other machines. With virtual machines, there is no need for an FTP server, temporary print server or web server for providing temporary service. As virtual machines are free of hardware resource costs, use of virtual machines has become quite easy. Therefore, virtual machines allow for the creation of specified machines for disposable tasks, and you can use them whenever you need them.
7. Virtual Machine Templates Make Deployment Easier
Virtual machines can create templates for easy deployment of these machines based on specific configurations or needs. They provide a set of virtual machine templates so that deployment can proceed as simply as possible. This can save time and effort by selling web servers, which often provide a specific service. Once you create the template for a virtual machine, then you can use it as often as necessary; there is no need to perform this task repeatedly. So both time and money can be saved.
8. Allocate Thick Provisioning for Virtual Machines
In many organizations, most of the administrators allocate dynamically created disks for their virtual machines. To provide as much performance as possible, you need to allocate thick provisioning for virtual machines. To provide thick provisioning, you need to set an actual size for the disk in the virtual machine configuration. Before allocating thick provisioning, you need to make sure that the host machine has enough space for allocating thick provisioning on the virtual machines. Once you allocate thick provisioning, the performance of the virtual machine will be better.
9. Use Guest Add-Ons and Virtualization Tools to Improve Performance
If you want to improve the experience and performance of your virtualized environment, you need to install:
- Guest add-ons
- Virtualization tools
These are provided by virtual machines, such as VMTurbo and thick provisioning.
This improves the communication between the guest and the host machines. Most administrators neglect this and assume that it should be unnecessary to install these add-ons and virtualization tools on the host. By installing these with additional tools such as display drivers, mouse integration, guest-to-host time synchronization and other tools, you can improve the life and the performance of the virtual machine.
10. Make Sure the Host Machine's Patches Are Always Up to Date
The guest OS plays big role in the process of a virtual machine. If a server is hosting numerous virtual machines, and those machines aren't properly patched and protected, then there is the potential for a huge amount of data loss. Therefore, always keep your host machine fully patched and secure.
In the world of IT sectors, virtualization has become a necessity for nearly all organizations. Therefore, administrators in IT should have clear idea about the processes and options used in virtualization. By following the rules described above, virtualization enables organizations to get more mileage out of their tech investments.
This content is brought to you by our partner, Turbonomic.
More from Turbonomic
- Why would companies invest in decision automation?
- What are some advantages of multi-cloud deployments?
- How does software-defined networking differ from virtual networking?
- How does dynamic allocation in the cloud save companies money?
- Why should companies be considering intent-based networking?
- Why is it important to manage a relational database system in the cloud?
- How can businesses innovate in managing data center bandwidth?
- What are some best practices for cloud encryption?
- How does visibility help with the uncertainty of handing data to a cloud provider?
- How can companies maintain application availability standards?
- Why do cloud providers seek FEDRamp certification?
- How might a team make an app "cloud-ready"?
- Why does loosely coupled architecture help to scale some types of systems?
- How might companies deal with hardware dependencies while moving toward a virtualization model?
- Why does virtualization speed up server deployment?
- What is the virtualization "backlash" and why is it important?
- Why could a "resource hog" make virtualization difficult?
- How might a company utilize a virtualization resource summary?
- Why do undersized VMs lead to latency and other problems?
- What are some of the positives of a demand-driven migration model?
- Why should cloud services offer both elasticity and scalability?
- What are some of the values of real-time hybrid cloud monitoring?
- Why might a company assess right-sizing on-premises versus in the cloud?
- How can companies deal with “dynamic unpredictability?”
- What are some basic ideas for optimizing hybrid cloud?
- Why do some companies choose Azure or AWS over open-source technologies like OpenStack?
- What are some advantages and drawbacks of stateless applications?
- Why is it important to look at the "full stack" in virtualization?
- How does automation help individual system operators?
- How do companies develop a "data center BMI"?
- How can companies tally up cloud costs for multi-cloud or complex cloud systems?
- Why is a good HTML5 interface important for a business project?
- How do companies work toward composable infrastructure?
- How can a manager use a workload chart?
- How can companies work to achieve a desired state?
- How can companies cultivate a better approach to “object-based” network changes?
- Why do naming conventions for virtual machines help with IT organization?
- Why is reserve capacity important in systems?
- What are some values of cloud-native architecture?
- Why is it important to match uptime to infrastructure?
- What's commonly involved in site reliability engineering?
- What are some important considerations for implementing PaaS?
- What are some challenges with handling an architecture's storage layers?
- What are some of the benefits of software-defined storage?
- What are some things that rightsizing virtual environments can do for a business?
- What are some benefits of continuous real-time placement of user workloads?
- How can stakeholders use the three key operations phases of autonomic hyperconvergent management?
- Why would managers suspend VMs when VDI instances are not in use?
- Why would managers differentiate storage for I/O-intensive workloads?
- Why would companies assess quality of service for VMs?
- What's the utility of a cluster capacity dashboard?
- How can companies use raw device mapping?
- Why might someone use an N+1 approach for a cluster?
- How do companies balance security, cost, scalability and data access for cloud services?
- How do companies battle application sprawl?
- What are some benefits of self-driving data centers?
- What are some concerns companies might have with a "lift and shift" cloud approach?
- What is involved in choosing the right EC2 instances for AWS?
- What are some benefits of workload abstraction?
- What are some challenges of scaling in OpenStack?
- How do companies use Kubernetes?
- What methods do companies use to improve app performance in cloud models?
- How do businesses use virtualization health charts?
- What is the difference between convergence, hyperconvergence and superconvergence in cloud computing?
- What are some of the business limitations of the public cloud?
- What is the difference between deploying containers inside a VM vs directly on bare metal?
- What are the benefits of converged infrastructure in cloud computing?
- How is containerization different from virtualization?