Yes! Thanks to the incredible performance of KVM technology, OpenStack, and Ceph. Where a traditional VPS would rely on a half-dozen or more RAID drives locally (all SSD), it doesn't handle as many IOPS as the massively parallel handling of Ceph distributed storage. While 6 RAID SSD drives can be very, very fast, when it comes to larger numbers of accounts on a box - Ceph creates a gigantic pooled pipeline to assorted SSD's, perhaps hundreds, in order to make transfers at a blistering pace.
As opposed to being facilitated on one single occurrences of a physical server, facilitating is conveyed on a virtual parcel which draws its asset, for example, circle space, from a broad system of fundamental physical servers. In the event that one server goes disconnected it will have no impact on accessibility, as the virtual servers will keep on pulling asset from the rest of the system of servers.
When you provide enterprise-level hosting services, it goes without saying that quality needs to be the prime focus! So, high-quality enterprise cloud providers make use of VMware and deliver extremely reliable cloud services, which are even better than dedicated servers. Now, let's compare cloud hosting with dedicated hosting and other traditional forms of hosting.
VPS and cloud computing are not mutually exclusive options. You can host your VPS in a virtualized environment. This allows you to convert one physical server into multiple virtual machines, each of which acts like a unique physical device for running both IT resources and web applications in a flexible, instantly scalable and cost-efficient manner.
If you read our last post on business continuity planning, you know that a failed server can have catastrophic effects on your business. But let’s assume you already have a sound business continuity plan in place, and you know what you’re going to do if that server fails. What should you consider when it comes to choosing the right server for your business in the first place?
As organizations continue to migrate and move their production applications into the public cloud, we find that they are also leveraging multiple cloud infrastructure providers, or multi-cloud environments. And in this multi-cloud world, organizations are looking to reduce the complexity of their IT systems as the use of cloud service providers (CSPs) continues to grow. Read this analyst … Continue Reading...
Cloud server hosting is when hosting services are made available to customers on demand via the Internet. Rather than being provided by a single server or virtual server, cloud server hosting services are provided by multiple connected servers that comprise a cloud. Cloud server hosting is also sometimes referred to as cluster server hosting or server on-demand hosting.
Definition: Cloud servers utilize multiple servers connected together in a cluster which is backed by SAN storage. Customers utilizing a cloud platform will benefit from the multiple servers because they will receive unlimited storage, maximum bandwidth, managed load balancing and no ties to a specific piece of hardware. The basic difference between public and private clouds are in public, the cluster is multi-tenant and a private is a single client.
Cloud hosting's use of multiple servers gives it certain advantages over traditional hosting. For example, if your website experiences a sudden traffic spike, it can pull resources from another server to prevent slow page loads or, worse, the site going down. In addition, cloud hosting makes it incredibly simple for your to scale resources up or down, as needed.
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.
One of the many benefits of cloud hosting is the fact that users don’t have to manage their own hardware. We monitor our data centers round-the-clock to ensure 100% server uptime and functionality. Also, because cloud hosting involves pooling resources on multiple virtual/physical servers, you’ll enjoy added security and resilience. In addition, customers can expect:
Varnish Cache is a powerful web application accelerator that can speed up a website by up to 1000 percent. Varnish is typically used for content heavy dynamic websites. It is used by high-profile, high-traffic websites including Wikipedia, online newspaper sites such as The New York Times, The Guardian, The Hindu, Corriere della Sera, social media and content sites such as Facebook, Twitter, Vimeo, and Tumblr. Of the Top 10K sites in the web, around a tenth use this software.
Cloud hosting is a network of servers in multiple locations, which share data and resources among themselves. That reduces server load and increases performance. As the demand rises, clients can easily scale their plans. By doing so, they increase the performance of their cloud hosting in just a few clicks. Now, it’s quickly becoming more and more popular.
Cloud hosting, on the other hand, tackles the increase differently. Under the cloud environment, the website is hosted on a pool of unified computing resources. This simply means that if one server is reaching its optimum level, then a second server is ready to function. Similarly, if a server fails, the website will still be running as other servers will continue to serve the incoming traffic.
The common pricing model in cloud hosting is to pay as you go without large upfront costs. Be wary of any plan or hosting company that seems to buck this trend. Inquire about the security of the datacenters that house the servers. One study found that one third of data breaches involved some compromise of physical security. The decentralized nature of cloud hosting makes data security more complicated. Be sure that the network you will be using is compliant with regulations such as PCI DSS and HIPAA. Look for third-party audits to confirm this.
A website hosted on a Shared Hosting Server Shares resources such as Storage, RAM and CPU with many other sites, that could range from a few to hundreds, but is limited by hardware limitations on that device. On the contrary, our Cloud Hosting Services offer a nearly unlimited ability to handle traffic spikes because of a virtualization layer with a separate CEPH storage cluster and upgradable CPU Core and RAM model. If one storage instance is rendered inaccessible, the other instances will be able to serve the stored information due to the 3N redundancy.