NTT COMWARE, the leading telecom service provider in Japan has selected UBiqube's MSActivator orchestration framework for its SmartCloud Orchestrator service.
NTT COMWARE's SmartCoud ochestrator is an integrated orchestration service for efficient and automated operations for the telecom and enterprise IT infrastructure markets.
NTT COMWARE's SmartCloud Orchestrator is designed to provide the industry with a network orchestration service supporting an ecosystem of legacy and virtualized devices and functions to make operations more efficient and automated. NTT COMWARE has started implementing a Service Order Automation process using the MSActivator.
The cornerstone of this design is a configuration abstraction layer for legacy devices and VNFs, exposing a unified northbound interface to the service orchestration layer. This architecture enables the onboarding of new devices and functions on the go and fosters an ecosystem-driven services strategy, said UBiqube.
The MSActivator framework from UBiqube is NTT COMWARE's chosen technology to automate operations for the IT infrastructure market, empowering NTT COMWARE engineers with a DevOps framework to develop service automation for both SDN and non-SDN datacenters.
NTT COMWARE provides consulting services to realize an orchestration environment from the enterprise to the carrier – by developing orchestrator applications, as well as offering deployment and operations services.
Satoshi Kurishima, President of NTT COMWARE
With this partnership, we will be able to provide the optimum orchestration environment for customers with the synergistic effect of integrated management of multi-device environments by the MSActivator, and an agile response by our DevOps driving force.
Nabil Souli, CEO, UBiqube
NTT COMWARE's choosing of the MSActivator to build their orchestration suite illustrates how critical multi-vendor, multi-domain orchestration has become. Domains, from WAN to LAN, from networking to security, and any other device-based function, will be crossed by one single automation process.
