LeoNovus Inc. a leading Internet and cloud provider with its geo-dispersed distributed cloud services, announced today it is rolling out a hybrid cloud service environment that combines a variety of deployment scenarios. LeoNovus now supports a hybrid cloud in which data workloads can move between a public cloud and an on-premise cloud environment to deliver the best of private on-site data management with control, while taking advantage of the scale of LeoNovus' geo-distributed services for redundancy and high-disaster recovery for business continuity.   LeoNovus can now optimize a large-company's internal resources for a cost- effective on-premise private cloud that seamlessly scales to the LeoNovus geo-distributed public cloud, enabling flexibility, ease of use, and cost savings.  Typically hybrid cloud offerings can have significant capital impact.

In general, public clouds provide convenience of deployment, and private clouds provide control over configuration, performance, and data. The two services, operating together in a hybrid cloud, provide the flexibility and on-demand scale-ability to run workloads wherever desired at any given moment. LeoNovus is now able to offer both these services via this hybrid-cloud approach, delivering control for on-premise private cloud data and workloads with a highly scalable, on-demand, geo-distributed cloud that is stable, secure and easy-to-administer.  This fits well with large Fortune 500 companies that have the need for active control of data workloads, as well as compliance, scalability, redundancy, and greater disaster recovery for business continuity.

"In our hybrid cloud offering, we provide the flexibility to run workloads wherever desired at any given moment," stated Gordon Campbell, CEO of LeoNovus.  "In financial terms, typically public clouds are expensive to operate for their users, and private clouds are skewed towards capital expenditures.  LeoNovus is able to offer the control, security, and flexibility in a cost- effective way through an easy-to-administer approach."