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Open Stack

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OpenStack is a cloud computing OS project started in collaboration between Rackspace and NASA in 2010 gives computing, storage and networking resources to users. OpenStack dashboard let the cloud administrators administer the usage of their cloud space and make adjustments based on user demand.

In the era when companies are searching for alternative solutions to tackle their growing IT needs and the costs associated with it cloud computing has offered them a solution that not only is viable in practical senses but also computable.

In OpenStack set up the compute resources are available through internet via application programming interfaces or APIs. Since the source codes are freely available for OpenStack it allows the developers to customize and modify applications at their convenience. It ensures lateral scalability - offering economic compatibility to users.

Corelynx, for the benefit of its users has explored the advantages of OpenStack and garnered expertise in helping its clients to transit smoothly from their current set-up to cloud computing environment. Over the years we have devoted our talents in making cloud computing the most viable solution for our clients and help them save on their IT budget.

We are one of the early adopters of cloud computing and since 2007 we have strived continuously to offer improved cloud services to our clients. We have made several good implementations using OpenStack standard in private cloud environment.

Scalability: Using the OpenStack platform you can achieve horizontal scalability wherein your server capacity will expand automatically as your user number will grow.

Fault Tolerance:By using Openstack infrastructure you can achieve fault tolerance by automatically replacing faulty servers with new server instances.

Disaster recovery:Integration between several datacenters ensures that you have a backup for your data if a disaster strikes. Corelynx focuses on developing resilient applications in both public and private cloud environments. We will set up a resilient architecture capable of handling server and cloud failures and minimizes downtime.