Only RIFT.ware is built with open source components and published as open source software for community-led development, faster innovation and no vendor lock-in.
Standards-based model driven framework that supports multiple formats and scales to support massive numbers of VMs to simplify deployment and validation of VNFs on any cloud.
Validate and deploy VNFs and network service chains on any cloud management system and leverage the unique capabilities of any cloud environment.
Multi-language plug-in architecture with well-defined industry standard interfaces offers integration with any 3rd party orchestration platform, analytics tool, cloud management system, SDN platform, and Network Function.
Enables the creation of flexible, operator designed policies to automate network service behavior from each network function down to the virtual infrastructure.
The user interface provides a simple and intuitive way to interact with the RIFT.ware MANO functionality. Instantiating network services from the dashboard is as easy as browsing the catalog and specifying the required input parameters. The UI also provides a detailed view of the underlying compute and network topologies.
RIFT.ware works with your choice of cloud management system and SDN to program compute and network resources and create a secure, virtual environment for running virtual network services.

RIFT.ware MANO functionality creates a VNF Descriptor (VNFD) and Network Service Descriptor (NSD).

RIFT.ware MANO onboards the Network Service Descriptor (NSD) which then creates a network topology and automatically places the VNF on the optimal networking and compute infrastructure.

Start with a single VNF on a single compute instance and add VNF instances or more compute resources automatically.

RIFT.ware can deploy additional VNFs across data centers and provision services in public clouds. RIFT.ware supports hybrid cloud, all managed as one environment.

Simplifies the development of multi-VM VNFs with distributed FCAPS framework, high performance data path, and hierarchical fault containment zones.
Delivers massive scalability without management complexity by allowing multiple servers to act as a single elastic network entity (single IP). Provides elastic I/O capacity and performance in your VNF.
Maintain state of complex network services even across hybrid clouds and multiple data centers at massive scale.
Modular platform lets you choose which libraries to include in your VNF/application and integrate with existing third-party orchestrators and SDN controllers.