OREANDA-NEWS. Nippon Telegraph and Telephone Corporation, Alcatel-Lucent Japan Ltd. and Fujitsu Limited, jointly proposed a demonstration of VNPaaS (Virtual Network Platform as a Service) to ETSI NFV ISG, which has just been approved as a Proof of Concept.

The demonstration, which is one of the outcomes from the collaborative study, will be presented at the Bankoku Shinryokan Resort MICE Facility in Okinawa on May 14, 2014.

As seen in the activities of ETSI NFV ISG, which is designed to take advantage of virtualisation technologies in the telecom field, more and more traditional network functions are being realized through software on general-purpose hardware. The progress of Network Functions Virtualisation enables more flexible and faster development and configuration changes of the network.

However, virtualising large-scale telecom systems increases the complexity of service applications because of the increase in the number of functions to be realized. NTT, Alcatel-Lucent Japan, and Fujitsu solve this problem by developing server architecture as a platform of telecom networks with reliability, scalability, and management that network systems require.

The Virtual Network Platform as a Service (VNPaaS), which is one of the use cases defined by ETSI NFV ISG, is a service that offers to the service providers a platform that has the framework for developing, deploying and administering applications on the virtualised network.

In the proposed Proof of Concept, we will demonstrate a certain virtual network function on the platform by which reliability and scalability functions that network systems require are realized with distributed hardware resources in different areas.

Conventionally, reliability and scalability functions should be realized by applications. As advances are made in virtual network construction technology, the software scale of each service application will increase due to the numerous functions that the software will have in the future. However, the proposed platform technology supports reliability and scalability functions for each service application and enables faster development of service applications. Moreover, the platform that consists of distributed hardware resources enables faster system recovery, for instance, in the event of natural disasters in the future.

The demonstration will be presented at the Bankoku Shinryokan Resort MICE Facility on May 14, 2014. We will work continuously to progress on the research and the development toward the realization of the platform technology that supports various kinds of fields requiring carrier-grade reliability, scalability and management and the spread and global standardization of the specification through collaboration with other telecom carriers and industry partners.