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In today's world of IT, you will often hear terms like cloud, cloud computing, colocation and virtualization. Accessing the cloud and hosting data through vi...
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Understand your existing environment needs Not all systems are suitable for replication to the cloud infrastructure.
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Compared to a strict colocation solution, virtualization and cloud computing provide even more redundancy and reliability with even greater savings.
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"Infrastructure as a Service (IaaS) continues to be a vital part of cloud computing and thesubject of disaster recovery remains a key talking point. IT professionals are challenged with gaining the skills and knowledge needed to be at the top of their game. Following are topics central to IaaS Disaster Recovery that will better prepare IT professionals for the tasks ahead...."
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Infrastructure as a Service (IaaS) is a model which has the sole purpose to make business environments or enterprises more constructed and synchronized with the organizations' ongoing operational activities. IaaS is a platform where business enterprises avail equipment useful to their transactions at pay-per-use service. To make it simpler, it is a facility that governs business companies and offers clients, in this case, users, products such as hardware, servers, extra storage space and networking components through the Web or in servers and data centers. Traditionally, computer infrastructure involved personal machines, cooling devices, storage space, server rooms filled with computers and thousands of personnel to maintain the technological structure. This set-up can cost a lot--thousands to millions, even billions of expenditures. Now with the advent of IaaS, there are less costs and a more fine-tuned labor workforce. Plus, there are no upgrading costs or maintenance fees required. Disaster Recovery
A special feature of IaaS is disaster recovery. When disaster strikes or the server crashes, IaaS makes it certain that the facility they offer is kept safe without prejudice. They ensure that services will run again and perform back up quickly, for they provide disaster recovery. VAZATA has proven an easy IaaS choice for businesses that require a high performance level where IT is concerned. Redundancy, a proper fail-safe backup and the ability to quickly recover from a systems crash are vital components and VAZATA rises to the challenge of covering all of them. Source: http://EzineArticles.com
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IaaS Security and cloud best practices depends on whether you use a public cloud or private cloud implementation. With a private cloud, your organization will have total control over the solution from top to bottom. With IaaS in the public cloud, you control the virtual machines and the services running on the VMs you create, but you do not control the underlying compute, network and storage infrastructure. For both scenarios, consider the following security issues: Data leakage protection and usage monitoring Authentication and authorization Incident response and forensics capabilities Infrastructure hardening End to end encryption Data leakage protection and usage monitoring When you’re deploying IaaS in a public cloud, it’s important to know who is accessing the information, how the information was accessed (from what type of device), the location from which it was accessed (source IP address), and what happened to that information after it was accessed (was it forwarded to another user or copied to another site)? Create a transparent process that controls who can see that information and then create a “self-destruct” policy for sensitive information that does not need to live indefinitely outside of the confines of the corporate datacenter.
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A past response to a Data Center Question on Quora.com by Pete Benoit, VP of Technical Solutions at VAZATA. The prudent answer here is that it is possible to get close to 100% for infrastructure as a Many Factors go Into Achieving High Availability in a Modern Data Center service (IaaS), but that is a very difficult expectation for a data center to fulfill. The bottom line is that with redundant infrastructure layering, the hardware and virtual environment can achieve extremely high levels of uptime, even in a multi-tenant environment. For deployment of critical applications, data center customers should have a basic understanding of the underlying cloud environment supporting the application. In addition to high availability services in the virtual environment and redundant network and security components it would also be helpful to understand the underlying datacenter environment where the computing and data store resides. In a similar vein to basic security concerns, service health and uptime is a product of diligence in best practices and fanatical attention to detail from the Operations team.
VAZATA, a Dallas, Texas based cloud computing supplier, works with government agencies to deliver cloud computing services & cloud strategy while providing Federally Compliant IT Solutions. The government is looking at a range of cloud options, with the primary focus being to cut costs, engage consumers, improve overall operations and provide transparency. With security and privacy at the center of concerns, the public sector continues to be a focal point of selecting the right Cloud strategies. Governments appear to feel compelled to go forward with a range of cloud initiatives, largely due to tight budgets.
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"Most people think that their shared hosting solution will do the job, but often fail to fully understand the details. If you are looking to expand your business, drive more traffic to your site or plan to host a large amount of media, then there is a good chance you should consider upgrading to VPS. Here are some questions to ask yourself before upgrading to a VPS Hosting solution...."
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"There are multiple business models offering pure colocation servicesand those models typically rely on how the colocation provider pays for the space and power it has to sell. There are several ways to gain profit margin selling technical real estate and power. The most commonly occurring model consists of a service provider charging for floor space by the square foot. Even in a situation where only a single cabinet or rack is being purchased on a monthly basis, the data center provider has assigned an amount of space to support the physical cabinetand the space around it to cool the equipment that will occupy that space..."
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"Low-cost cloud computing and storage can be a boon for IT managers with tight budgets looking to get as much computing power for their money as they possibly can. One of the major ways this is achieved is through multi-tenancy. Multi-tenancy allows a single physical instance of a resource to be shared among multiple consumers, which allows for consolidation of and more effective usage of those resources. This lies at the heart of cloud computing, taking some models from the mainframe era and porting them to today’s modern hardware. But while multi-tenancy in public and private clouds offers economies of scale, it can also create potential problems for enterprise users."
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One of the benefits of IaaS is the ability to scale resources on demand—meeting IT capacity growth with efficiency and security.
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Enterprise cloud computing - for competitive advantage through breakout opportunities both for cost savings and, more importantly, for business innovation.
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Understanding the offerings of an online storage service is crucial to ensure you opt for a service that has the functionality and usability you’re seeking.
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There are many ways to approach cloud, the easiest is Infrastructure as a Service (IaaS), everything must pass through the infrastructure of a data center.
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When all is said and done, the majority of IT professionals support the cloud. Their jobs are remarkably streamlined through the ease & security of IaaS.
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Video highlights from VAZATA's August 30th vConnect Lunch at the FC Dallas Stadium in Frisco, Texas. The theme of the luncheon was, "Cloudy Apps vs. Cloud Infrastructure." VAZATA, along with local leaders in technology, gathered to discuss some of the industry's big topics such as apps, cloud computing and infrastructure. Lance Black, CEO of VAZATA, discusses what cloud computing is all about and how IaaS providers like VAZATA can create infrastructure solutions that make their client's applications available in the cloud. VAZATA is a leading IaaS provider with data centers in Dallas, Texas and in northern Virginia.
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Cloud IT is expected to change dramatically by 2020. Market growth for cloud computing is projected to be $150 billion by 2020 as it becomes central to IT infrastructure. Increased demand will bring about new developments and cheaper products, while currently lagging technologies will find their way to market. By 2020 there will be new generations of decision makers who understand the full scope of cloud-based tools. Adapting will be intuitive to them. 1. Software and hardware changes Cloud computing will ultimately render computing itself as “invisible.” Software will go through so many filters before it interacts with the hardware, it will be working in thebackground as computing processes take place. 2. Modular software Individual software applications will become more complex because of the variation of scale. The software development process will place an emphasis on modular software — as in, large applications with components that can be modified without shutting down the program. Because clouds will interact with other clouds, different parts of applications will “float around” in and out of service providers. The challenge will be to provide reliable service agreements that can be met. 3. Social software Along with the modular shift, software could take on traits currently found in social-media. The infrastructure and software of a data center will adapt to the task required. Developers will no longer need to worry about supplying storage, a server and a switch — it will all happen automatically. 4. Commodity hardware rules By 2020 low-cost hardware will be the norm and servers and storage devices will look like replaceable parts. This form of commoditized infrastructure will be widely adopted by large businesses that operate giant data centers. 5. Low-power processors and cheaper clouds Once low-power ARM chips come to market with a 64-bit capability, things will really accelerate and companies will be able to cut their electricity bills significantly. By 2020 it’s likely that low-power chips will be everywhere. ARM adoption is going to start in storage equipment, then broaden to servers. 6. Faster interconnects The dual needs of widely distributed applications and a rise in the core count of high-end processors will converge to bring mega-fast interconnects into data centers. Information will be passed around data centers at a greater rate than before, and at a lower cost, letting companies create larger applications that circulate more data through their hardware. 7. Data centers as ecosystems The dual technologies of abstracted software and commoditized hardware should combine to make data centers function much more like ecosystems, with an encompassing system directing equipment via software, with hardware controlled from a single point, but growing and shrinking according to workloads. 8. Merging of clouds Because the Internet likes scalability, there will most likely be consolidation in the cloud IT provider market. There will be more diversity; more clouds suited to a specific purpose. 9. The new generation With the next generation of CIOs coming into leadership roles by 2020, there will be an expectation that things are available “as-a-service”. This new generation may lead to a shake-up in how businesses bill themselves for IT. 10. Clouds in layers Today there are cloud services in three categories: infrastructure-as-a-service, platform-as-a-service or software-as-a-service. By 2020 more specialized clouds will be part of the mix. Along with services such as storage and compute, there will also be a broad ecosystem of more specific cloud providers, allowing companies to shift workloads to the cloud.
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Cloud computing helps control the cost of infrastructure because you pay for actual use and can be quickly scaled up or down as needed.
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"Many people don’t realize that if they use a web-based email provider such as Gmail or Hotmail, they are using cloud technology. Skype video calling or video interfaces like Vimeo or YouTube are also cloud-based. When backing up data on the Internet rather than an external device, that’s cloud at work, too. Although the cloud in its current form is a relatively recent development, interest in cloud advantages continues to grow. Cloud computing has many valuable advantages — here are the top five...."
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It is important to understand that the responsibility for producing a viable disaster recovery plan rests with the customer not the service provider. A top down disaster recovery plan is an overall company business decision based on several factors, not limited to cost of data loss and downtime vs. cost of disaster service. The underlying tools are made available through the service provider and are used for business purposes and multi-site infrastructure services. While providers build multiple types of redundancies into its cloud services, it’s up to businesses to maintain the overarching plan should a disaster arise. VAZATA provides multiple products to assure storage or data integrity over multiple sites, as well as underlying services to assure recovery of that data within agreed upon time periods. A well thought out disaster recovery plan for storage and the supported applications will take into consideration location, replication or backup technology and the true ability to recover within the required times frames.
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"To answer this question I want to draw a distinction between “cloud” and “dedicated” which can be physical or virtual servers. In this case, cloud services will be defined as utility-based services or pay-per-use in regards to CPU, RAM, Storage and Network. Whether virtual or physical, dedicated servers are defined as a total server configuration comprised of dedicated CPU, RAM, Storage and Network. An example would be a Single vCPU, 4GB RAM, 250GB Storage and a 100Mbs port speed for public internet service. These services are not always easily defined, however, we will use these definitions here. The obvious advantage for these cloud services is the ability to ‘only pay for what you use’. This option is especially convenient for variable needs in computing and storage. This could mean seasonal traffic or development environments where use will be intense for short periods and dormant at other times."
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Small - mid sized companies who need to control IT infrastructure costs benefit most from IaaS. IaaS lets you invest in your core business. Infrastructure as a Service (IaaS) providers bridge that gap by building the robust infrastructure and selling it at a fraction of the cost, making the IT infrastructure an operational expense for the company.
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Going to the cloud with your business requires a well though out transition plan. VAZATA shares the steps involved in a well executed plan.
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