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 hosting refers primarily to the use of virtual hardware, network, storage and composite solutions from a cloud vendor. It is enabled through virtualization, whereby the entire computing capacity of an infrastructure or data center is distributed and delivered to multiple users simultaneously. The user uses underlying infrastructure to host its own applications, services and data. For example, a physical server can be virtualized and consolidated to host several cloud servers, all sharing the processor, memory, storage, network and other resources.

At the end of the day, you need a reliable VPS that stays online, doesn't crash, and isn't slow. Our next generation VPS platform is highly available. We achieve this through 2X hardware duplication and 3X data replication. That means that even if something happened to your node, or even our infrastructure, we automatically switch to a backup. Spend less time fighting your web hosting company, and more time building your projects.
Traditional hosting sees your website leverage the power of one particular server's CPU, RAM, storage, and data transfers. For example, shared web hosting has your website share resources with other sites that are also hosted exclusively on one server. The result is many annoying limitations in terms of power, and the inability to handle sharp traffic surges. For better service, you can pay for a virtual private server, or even a dedicated server of varying power. In all these case, you're basically relying on one server, and that's it. Cloud hosting, however, kicks that single-server hosting model to the curb in a marvelous manner. With cloud hosting, your website draws resources from multiple servers.
As a developer, you know there can be a lot of trial and error as you write code, develop sites and build software. Sometimes mistakes happen. It happens to the best of us! That's why you can rest assure because your account is backed by our 99.9% Uptime Commitment. That means you get ultimate peace of mind in addition to the best in hosting dependability.
A cloud server is a shared section of a server. It’s allocated for your use (via a virtual environment) and controlled by the service or cloud provider. On your end, it appears that you are running your own compute and storage space. However—and this is an important point—there are usually a large number of other people using the same compute and storage resources within their own virtualized environment.
As a leader in Managed Services for public cloud infrastructure, here at Rackspace we deliver unbiased guidance on best-fit cloud solutions to organizations around the globe. We go beyond simple migration assistance and infrastructure management with multi-cloud managed services, professional services and managed application services to enable true digital transformation.
Let's say that you, for example, use a regular shared server instead of cloud hosting. One physical server has all of your data and them, just like that, it's down or even completely wiped out. Issues in one shared server account can cause troubles to the other sites on the same physical server. Usually, that's downtimes and file loss! You only use one server for shared hosting. When someone hacks it - it’s bad news. 

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4 The amount of aggregate outbound bandwidth across all attached network interfaces (PublicNet, ServiceNet, Cloud Networks). The maximum amount of outbound public Internet bandwidth is limited to 50% of the aggregate limit. Inbound traffic is not limited. Host networking is redundant and bandwidth is delivered over two separate bonded interfaces, each able to carry 50% of the aggregate limit. We recommend using multiple Layer 4 connections to maximize throughput.
Cloud computing solutions provide users with on-demand services. These services are available directly thanks to the industrialization of delivery systems. After you've selected the service you want, you submit your request to a system that processes it directly, without human intervention. This high-level automation delivers a fast, self-service model. Otherwise known as "service on demand" or "as a Service" (*aaS) in the context of infrastructure (IaaS), a platform (PaaS) or software (SaaS).
One of the main benefits of using cloud hosting services is flexible and more cost-efficient scalability in building applications, websites and other services. Because users can scale as needed, they are charged only for the services they use and do not pay for any unused capacity. This payment system makes cloud hosting a relatively inexpensive method of storage.
Cloud hosting refers primarily to the use of virtual hardware, network, storage and composite solutions from a cloud vendor. It is enabled through virtualization, whereby the entire computing capacity of an infrastructure or data center is distributed and delivered to multiple users simultaneously. The user uses underlying infrastructure to host its own applications, services and data. For example, a physical server can be virtualized and consolidated to host several cloud servers, all sharing the processor, memory, storage, network and other resources.
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