February 22, 2016
- OSM was originated as an operator-led initiative to meet the requirements for orchestration of production NFV networks.
- The project is focused on delivering an open source Management and Orchestration (MANO) stack that can consume openly available Information Models, aligned with ETSI NFV work.
- A demonstration based on the initial code from OSM project is being shown in Mobile World Congress 2016 at Intel’s booth (#3D30).
Barcelona, 22nd February, 2016.- A total of 23 Service Providers and Solution Vendors have announced their intent to join the Open Source MANO (OSM) Community in the Mobile World Congress being held in Barcelona focused on delivering an open source Management and Orchestration (MANO) stack aligned with ETSI NFV Information Models. OSM has been created under the umbrella of ETSI and it is an operator-led community to meet the requirements of production NFV networks such as a common Information Model (IM) that has been defined, implemented and released in open source software.
Founding members of OSM include Telefónica, BT, Canonical, Intel, Mirantis, RIFT.io, Telekom Austria Group, and Telenor, along with other initial participants such as Benu Networks, Brocade, Comptel, Dell, Indra, Korea Telecom, Metaswitch, RADWare, Red Hat, Sandvine, SK Telecom, Sprint, Telmex, xFlow and 6WIND. More information can be found in the ETSI portal page for OSM: http://osm.etsi.org.
Main objectives of Open Source MANO (OSM)
OSM’s charter consists of working with the community to deliver a production-quality open source MANO stack under Apache Public License 2.0. The initial OSM code base is already capable of orchestrating complex NFV use cases using vendor-neutral Information Models capable of capturing all the significant features of the E2E service and the requirements of the individual components (Virtual Network Functions — VNFs).
Having a community-based code capable of orchestrating NFV scenarios, creates also a high degree of certainty around the information model that is consumed, allowing the vendors to deliver their solutions rapidly and in a cost-effective manner to their customers. Thus, OSM is expected to enable a wide eco-system of NFV components —Virtual Network Functions (VNF) and MANO solutions— compliant with such modelling
OSM’s project scope covers both Resource and Service Orchestration to allow automated deployment and interconnection of all components, both for NFV network scenarios and the management of Network Service Life Cycles.
The project is ignited by a functional software drop that integrates existing open source modules from Telefonica’s OpenMANO project, Canonical’s Juju generic VNF Manager and RIFT.io orchestrator.
An OSM project ignition demonstration in the Intel booth at MWC2016
The OSM project ignition demonstration is available in the Intel booth Hall 3, 3D30 at MWC2016. It showcases the feasibility of the first selection of operator use cases. Starting with seed code contributions and using commercial VNFs, it proves the key guiding architectural tenets of OSM such as layering, abstraction, modularity and simplicity, and it delivers functionality for end-to-end automation, Enhanced Platform Awareness (EPA), SDN underlay control, multi-site capability, multi-VIM capability (OpenStack and OpenVIM) while supporting a combination of multi-tenant and single-tenant VNFs and connections to external physical lines.
The goal of the demo is to demonstrate resource orchestration (RO) through several VNF deployments, at different sites and with different VIMs and EPA support. The use case demonstrates how the initial implementation of OSM can be used to deploy a high performance inter site router infrastructure that can be used to build a VPN service on top which, in turn, can chain value-added services such as corporate VoIP (instantiated as an IMS deployment). All this can be rapidly deployed using the OSM stack and relying exclusively on VNF and NS descriptors, with not need of per-use case particularization at NFVI, NFVO or OSS levels.
“ETSI OSM complements the work of the ETSI NFV ISG and vice versa. It will provide an opportunity to capitalize on the synergy between standardization and open source approaches by accessing a greater and more diverse set of contributors and developers than would normally be possible. This maximizes innovation, efficiency and time to market and ensures a continuing series of conformant reference implementations,” said Luis Jorge Romero, ETSI Director General.
Founding members of the OSM community commented:
“Management and Orchestration (MANO) is a crucial component in network virtualization architecture. Telefónica has long been working from the point of view of innovation in its development. A first result and seed of OSM is OpenMANO, a highly functional framework pioneering the first open source NFV Orchestration and Management stack and, currently, a key component of Telefónica’s NFV Reference Lab. By joining this community, we aim to accelerate the development of MANO while recognizing the value of open-source implementations of NFV and a need to harmonize efforts there” said Antonio Elizondo, Head of Network Virtualisation Strategy and Technology, Global CTO Unit, Telefónica.
“Canonical’s Juju provides open source, generic application modeling, which enables OpenMANO to focus on industry-specific orchestration challenges, and is central to the delivery of the OSM project stack. The use of a generic VNF manager such as Juju enables industry to collaborate and crowd-source expertise in performance, security and integration. We are delighted to participate in OSM,” said Mark Shuttleworth, Founder, Canonical.
“Orchestration has a critical role determining how SDN-NFV workloads are provisioned, deployed, and managed to best take advantage of the platform capabilities of underlying standard high volume servers”, said John Healy, General Manager, Software Defined Networking Division, Intel. “Intel® believes that Communication Service Provider led ecosystems, such as Open Source MANO (OSM), working in conjunction with other vibrant SDN-NFV communities and Intel Network Builders will play a critical shaping role to accelerate SDN-NFV deployments due to speed of innovation and the enablement of industry scale,” said John Healy, SDND GM, Intel Corp.
“OpenStack has been a key enabler for radical transformation in the telecom industry, but there is still important work to be done in bridging the OSM and OpenStack communities and projects,” said Boris Renski, CMO, Mirantis. “Mirantis pioneered a popular NFV orchestration project in OpenStack (Murano), which today is used and co-engineered by carriers and telecom vendors such as AT&T, Saudi Telecom, Comcast, Telefonica, Fujitsu, Cisco, Huawei, and countless others. The formation of OSM will unite us in driving projects like Murano forward,” said Boris Renski, Chief Marketing Officer, Mirantis
“RIFT.io’s RIFT.ware automates end-to-end network service delivery, including network service lifecycle management, VNF and NSD on-boarding and interfaces with VNF configuration elements. RIFT.ware also provides a model-driven graphical user interface that provides a single view of the orchestration environment and multi-layer resource utilization. We are proud to join the OSM community and believe OSM provides a crucial element that will accelerate NFV deployments and expand the universe of deployable virtual network services,” said Tony Schoener, CEO, RIFT.io
“The ETSI ISG Open Source MANO (OSM) initiative will facilitate the development of open source software for management and orchestration of future networks. Knowledge, capabilities and solutions within this area will be of critical importance to Telenor when virtualizing the network for increased flexibility, faster service delivery, rapid innovation and operational efficiency,” said Patrick Waldemar, Vice President, Telenor Research
To learn more, download the OSM Demo White Paper “End to End Service Instantiation Using Open Source Management and Orchestration Components – OSM – An Open Source Orchestration Solution based on Published Information and Data models will unleash an Open VNF Eco System addressing Multi Use Case Carrier NFV” available at http://osm.etsi.org.
RIFT.io provides the open source standard platform for the construction and automated deployment of scalable, virtualized network services. RIFT.io technology and services empower enterprises to successfully deploy virtualized network services on private and hybrid cloud, and accelerate service providers’ efforts to deploy NFV-enabled virtualized networks. Any network application built with RIFT.io technology can intelligently take advantage of any cloud’s unique capabilities and operate at any scale. RIFT.io is a privately held, global company with office in the United States and India.
For more information about RIFT.io please visit https://www.riftio.com