The hybrid model seems to be on trend with what’s happening in the IT industry in general. According to a recent Wall Street Journal article, tech’s future may lie in the “fog” rather than the cloud. In other words, cloud solutions are great, but businesses may not want to have everything “out there” in the cloud. Some solutions will still need to be kept in-house or on the device, closer to the ground. For many companies, the best configuration will be somewhere in between, which the article refers to as “the fog”.
It seems you can't watch TV, listen to the radio or surf the internet without hearing about the "Cloud". Cloud has become such a buzzword that it has almost lost any meaning at all. We put the meaning back into Cloud. To A2 Hosting, Cloud Hosting means a high powered, developer friendly, reliable and scalable hosting solution. That's exactly the level of Cloud Hosting service you'll get from A2 Hosting.
However, all customers need to be compliant with our Terms of Service. For eg., Your website should not utilize more than 25% server resources for a duration longer than 90 seconds. Also, the web hosting plan should not be used for file storage or sharing. While it is rare, we might have to suspend your account, if the resource usage is affecting the customers on the same server.
A cloud server is primarily an Infrastructure as a Service (IaaS) based cloud service model. There are two types of cloud server: logical and physical. A cloud server is considered to be logical when it is delivered through server virtualization. In this delivery model, the physical server is logically distributed into two or more logical servers, each of which has a separate OS, user interface and apps, although they share physical components from the underlying physical server.
Varnish cache is a web application accelerator that can speed up your website by up to 1000 percent. Varnish is mostly used for content heavy websites. Caching is used by the top 10k websites with high-traffic including Wikipedia and many online news sites such as The New York Times, The Hindu, The Guardian, etc. It is also used by social and content sites such as Facebook, Twitter, Vimeo, and Tumblr.
The Cloud Platform is Liquid Web’s proprietary cloud computing solution based on KVM, Linux’s Kernel-based Virtual Machine. It offers scalable, virtualized resources as a service, purchased on a utility basis. In other words, you pay for what you use. You get dynamic provisioning in a scalable, virtual environment. Resources needed for most projects are available in minutes, giving near-instant access on a new server. Best of all: you can do this without the need of migrating your data or changing your server settings.
Three years ago, we added formal uptime monitoring to our review process, and the results show that most web hosts do an excellent job of keeping their sites up and running. If they don't, they suffer for it in our rankings. Even if they get everything else right, sites with uptime problems aren't eligible for top scores. All services suffer ups and downs, sometimes for reasons beyond their control. Those sites that fail to address the problem are penalized accordingly.
Cloud hosting sometimes gets confused with a virtual private server, or VPS. Both configurations rely on the virtualization of physical server resources. Although a cloud server can be called a VPS, a VPS is not a cloud server. One of the key differences, aside from the infrastructure configurations, is the payment model — the automation and vast network associated with cloud hosting enables providers to offer cheaper, pay-as-you-go solutions that can be scaled up or down at a moment’s notice.
Cloud hosting is the latest form of hosting that has become extremely popular over the past few years. The main concept of cloud hosting is "Divide and Rule" – the resources required for maintaining your website are spread across a cluster of servers that work together, termed as "the cloud". This greatly reduces chances of any downtimes in case of a server malfunction.
Traditional hosting, especially shared hosting, has its drawbacks though. Because the resources of a single server are shared among a number of different websites, spikes in traffic to those websites can mean decreased performance for your own. Security breaches and other performance issues on other sites make take yours down as well. And there’s a single point of failure. If the server itself experiences technical problems, everyone hosted on that server will be affected.
The biggest decision is whether to have a cloud-based or in-house server infrastructure. While it may sound like a black-or-white selection, there are many things to consider. The first factor is how important uptime is to your business. Cloud solutions are usually more expensive than in-house, but the benefits of being in the cloud can far outweigh the costs for some businesses. For example, an online business that is reliant on web-based transactions will consider uptime an extremely important factor; therefore, they will likely be willing to pay more for a cloud-based solution that can guarantee a certain level of uptime. Other businesses not as dependent on uptime may be more suited to an in-house set up.
Speaking of storage, we've discovered that cloud hosts typically offer hard drives or solid-state drives that range between 100GB and 200GB in size. That said, you'll occasionally discover a web host that boasts unlimited storage. (Again, the usual caveats apply with regards to "unlimited" anything.) Solid-state drives are typically faster than their hard-drive-based counterparts, but are typically smaller in terms of storage capacity. If you're looking for sheer volume, a traditional hard drive is the way to go.
The security of VPS hosting is almost on par with that of a dedicated physical server. The VPS is independent of any other VPSes on the same physical host, as if it were a separate machine, but poor security measures taken by the owner of one VPS could affect others on the same physical server. However, this possibility is much less likely than with shared hosting. The centralized location of the physical host offers added security to those operations with critical data whose location must be known and restricted to comply with data security regulations.