Scale Computing

Rather than treat storage, servers, virtualization, and management as different datacenter silos, HC3 products bring these all together in a comprehensive system and automates overall management. This allows IT to focus on managing applications, not infrastructure. With no virtualization software to license and no external storage to buy, HC3 products lower out-of-pocket costs and radically simplify the infrastructure needed to keep your applications running. HC3 products make the deployment and management of a highly available and scalable infrastructure as easy to manage as a single server.

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Key Benefits

Install in less than an hour

Deploy new VMs in minutes

Built-in Browser-based Management

No storage provisioning or management (LUNs, targets, data stores)

Fully integrated, cluster-wide resource utilization and alerts

Single vendor support experience, no disparate systems to integrate

Integrated all-in-one appliance

There is no training necessary to manage an HC3 system. It is common for users to be up and running within an hour of receiving a system. To understand just how simple the system is to use, see some of the common features in action:

High Availability

Scale Computing built HC3 with high availability as a core tenant of the design. Every VM created on HC3 is automatically made highly available. HC3 stripes and mirrors data across all of the drives in the cluster—in what is effectively a network RAID 10—such that there is no single point of failure. In the event of a failed node, HC3 automatically determines placement based on the resources available at that time and restarts the virtual machines on those nodes. This clustered architecture provides both the fault tolerance and scalability needed for a highly available environment, and it dramatically simplifies management. Your applications. Simply available.

Key Benefits

All VMs created on HC3 are Highly Available

Automatic failover for node failures

Automatic restriping of data for failed disk

Fully self-healing

Non-disruptive upgrades of HyperCore

No single point of failure