HP Helion Managed Virtual Private Cloud (VPC) Lean allow organizations to reap the enterprise benefits of a managed VPC, such as a regionalized cloud for data sovereignty, low latency, compliance, high availability, security and a variety of continuity options, for a lower upfront investment. The service is now globally available to customers with pricing starting as low as $168 per month for a small virtual server configuration. A pilot trial service also is available for customers who want to certify an application to run in the cloud with the full support of the HP team.
“HP already offers a feature-rich industry-leading managed virtual private cloud offering for enterprise customers,” said Jim Fanella, vice president, Workload and Cloud, HP Enterprise Services. “The new HP Helion Managed VPC Lean now delivers a lower-priced alternative designed to enable clients to further optimize cloud workloads in the enterprise —while still providing superior, enterprise-class service and performance.”
http://www8.hp.com/us/en/hp-news/press-release.html?id=1749385#.U-MHfPldWP0
- In June 2014, HP introduced its Helion Network, a global, open network that promises a portfolio of services for enterprise customers and the ability to create a secure hybrid IT environment.
The HP Helion Network will feature an OpenStack-based distributed cloud computing model. It will be hardware agnostic and HP promises that it will provide a unique commercial and operating model for service providers. HP hopes to attract a wide ecosystem of independent software vendors, developers, system integrators and value-added resellers. It will also build on the HP CloudAgile Service Provider program, which has more than 115 service providers worldwide and 1,500 private cloud deployments. HP said its Helion Network will include companies such as AT&T, HKT, Intel and Synapsis.
HP expects to launch a pilot version of the Helion Network in Q4 2014. General availability for HP Helion OpenStack and the HP Helion Development Platform is planned for the same time frame.