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One cloud computing solution is to deploy the platform as a means for disasterrecovery, business continuity, and extending the data center. With a well-planned deployment, and a good infrastructure, companies can efficiently load-balance their IT environment between multiple active, cloud-based, sites. DisasterRecovery.
Deploying and operating physical firewalls, physical loadbalancing, and many other tasks that extend across the on-premises environment and virtual domain all require different teams and quickly become difficult and expensive. Many organizations moved to the cloud but still must manage innumerable tasks,” he says.
They manage dedicated firewalls for us, but as far as loadbalancers we use the cloud. I wasn’t sure cloud loadbalancing would be right, for example, but they showed us the numbers. DisasterRecovery. “Because of the amount of mailflow, we need to manage that very closely,” said Namez. “A Silicon Valley.
The user level elements that are managed within such an IaaS cloud are virtual servers, cloud storage and shared resources such as loadbalancers and firewalls. DisasterRecovery. Managing the cloud stack itself is typically done through the vendor-provided UIs, and augmented by 3rd party tools. Silicon Valley.
They span management of both physical and virtual software, servers, I/O, networking, etc. -- as well as higher-level functions such as High-Availability and DisasterRecovery. The 13 different functions are mapped onto the data center "stack" at right. The 13th function if provided via the Dell Management Console.)
of administrative tasks such as OS and database software patching, storage management, and implementing reliable backup and disasterrecovery solutions. Using the AWS Toolkit for Visual Studio , developers can now deploy their.NET applications directly to Elastic Beanstalk, without leaving their development environment.
The next step is to define in software the converged network, its switching, and even network devices such as loadbalancers. Provisioning of the network, VLANs, IP loadbalancing, etc. 2) DisasterRecovery: we can re-constitute an environment of server profiles, including all of their networking, ports, addresses, etc.,
DisasterRecovery – expanding on the example above, if an entire domain of servers fails, the entire group of server IO states, networking states, etc. This provides a ‘universal’ style of failover that doesn’t require clustering software. IOV is agnostic to the workload!
And I mean I/O components like NICs and HBAs, not to mention switches, loadbalancers and cables. And, if you can now logically re-define server and infrastructure profiles, you can also create simplified Disasterrecovery tools too. Now: What’s the impact on costs?
They were also able to deploy both production and development systems to the Teradata Cloud, with the option to add disasterrecovery systems in the future. Through this strategy, the company was relieved of most of the care and feeding of its data warehouse.
The instantiation of these observations was a product that put almost all of the datacenter on "autopilot" -- Servers, VMs, switches, load-balancers, even server power controllers and power strips. Does it sound like Amazons recent CloudWatch, Auto-Scaling and Elastic LoadBalancing announcement? but growing.
Converged Infrastructure and Unified Computing are both terms referring to technology where the complete server profile, including I/O (NICs, HBAs, KVM), networking (VLANs, IP loadbalancing, etc.), and storage connectivity (LUN mapping, switch control) are all abstracted and defined/configured in software.
We also made it easy for customers to leverage multiple Availability Zones to architect the various layers of their applications with a few clicks on the AWS Management Console with services such as Amazon Elastic LoadBalancing , Amazon RDS and Amazon DynamoDB.
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