NFV and OpenStack

Marie-Paule Odini – Distinguished TechnologistHPE Corporate CT Office – CMS/CSB

November 2, 2015

What is NFV: Network Function Virtualization

– Leverage IT virtualization techniques for telecom functions

• Use standard servers and storage

• Applicable to telco network functions

• Initiative from Tier 1 Operators & Vendors launched as a new Industry Specification Group (ISG) in ETSI

– Key Benefits

• Reduced equipment costs

• Faster time to market

• Resource sharing

• Targeted service introduction

• More flexible, programmatic operations

virtualize network functions: from Home or Enterprise Gateway to Access/Core telecom network & Data centers

Service Providers are Driving NFV

© Copyright 2015 Hewlett-Packard Development Company, L.P. The information contained herein is subject to change without notice. HP Confidential - For training purposes only.

They are demanding new technology, rather than vendors pushing it

…who face market pressuresCSPs…

Telecom leaders are

defining requirements and

architecture for virtualization

of network functions

Exploding

demand

• In 2014:

Global mobile data traffic grew 69%

497M mobile devices added

Video services dominated the network at 55%

Shifting

landscape

• Expanded access channels (Wireless, Internet,

TV, satellite)

• Services business model changing (e.g. free

messaging)

• Internet of Things (IoT), especially wearables

Growing

CapEx and

OpEx

• Flat or declining user fees

• Increasing application usage and bandwidth

demands

• OpEx increasing ~3% annually

Latest Joint-Operator NFV White Paper

• Published October 14, 2014

• Detailed description of

second release of NFV ISG

documents

• Provides latest operator

perspectives on industry

progress on NFV

implementation

• Highlights the importance to

evolve network management

systems to accommodate

dynamic nature of NFV

• Encourages academic

research and evolution of

teaching courses

Paper available on ETSI NFV Portal:

http://portal.etsi.org/NFV/NFV_White_Paper3.pdf

Slide 4

30 operators

contributed

ETSI NFV Use Cases

Use

Case

Description

#1 Network Functions Virtualisation Infrastructure as a

Service

#2 Virtual Network Platform as a Service (VNPaaS)

#3 Virtual Network Function as a Service (VNFaaS)

#4 Virtualisation of Mobile Core Network and IMS

#5 Virtualisation of Mobile base station

#6 Virtualisation of the Home Environment

#7 Service Chains (VNF Forwarding Graphs)

#8 Virtualisation of CDNs (vCDN)

#9 Fixed Access Network Functions Virtualisation

• Large Telecom Networks

• Regulated

• Roaming Services

• Growing data/video traffic

• Unpredictible peaks

• Enterprise SLAs

• Government security

• Emergency services

• etc

ETSI NFV Reference Architectural Framework

The NFV Orchestrator

Can interface to:

• 1 or multiple VNF Manager

• 1 or multiple VIM

Note: metadata “service, VNF and infrastructure Description” are typically inputs to MANO

NFVI

MANO

VNF

VIM

ETSI NFV – E2E Network Service with NFV

End

Point

VNF-1VNF-

2C

VNF-3

Hardware

resources

NFVS

VNF-

2A

VNF-

2B

Virtualisation Layer

VNF-FG-2

End-to-end Network Service

Compute/storage

Infrastructure

network

Physical linkLogical link

Virtualisation

VNF-FG Corresponding to

Network Function

Forwarding Graph

=> Compose VNF and PNF to create Network Services

ETSI NFV Management & Orchestration

MANO

Or-Vnfm reference point – between NFVO & VNFM

The Or-Vnfm reference point is used for exchanges between NFV Orchestrator and VNF Manager, and supports the following interfaces:

– VNF Package Management (produced by NFVO, consumed by VNFM)

– VNF Lifecycle Operation Granting (produced by NFVO, consumed by VNFM)

– Virtualised Resources Management (produced by NFVO, consumed by VNFM)

– VNF Lifecycle Management (produced by VNFM, consumed by NFVO)

– VNF Lifecycle Change Notification (produced by VNFM, consumed by NFVO)

– VNF Performance Management (produced by VNFM, consumed by NFVO)

– VNF Fault Management (produced by VNFM, consumed by NFVO)

– Policy administration interface (produced by VNFM, consumed by NFVO)

IFA007

Or-Vi reference point – between NFVO & VIM

The Or-Vi reference point is used for exchanges between NFV Orchestrator and VIM, and supports the following interfaces:

– VNF software image management

– Virtualised Resources Catalogue Management

– Virtualised Resources Capacity Management

– Virtualised Resources Management

– Virtualised Resources Change Notification

– Virtualised Resources Performance Management

– Virtualised Resources Fault Management

– Policy administration interface

– NFP management interface IFA005

Vi-Vnfm reference point – between VNFM & VIM

The Vi-Vnfm reference point is used for exchange of information elements between the Virtualized Infrastructure Manager (VIM) and VNF Manager (VNFM), and the following are the interfaces supported by this reference point:

• VNF software image management

• Virtualised resources catalogue management

• Virtualised resources management

• Virtualised resources change notification

• Virtualised resources performance management

• Virtualised resources fault management

IFA006

ETSI NFV Phase #2

Target: June ‘15

& Dec ‘15Focus: Interroperability

& Ecosystem

NFV ISG Phase#1 completed & Published, Jan. 2015

http://www.etsi.org/technologies-clusters/technologies/nfv

GS NFV 001Network Functions Virtualisation (NFV);

Use Cases

GS NFV 002Network Functions Virtualisation

(NFV); Architectural Framework

GS NFV 003

Network Functions Virtualisation

(NFV); Terminology for Main

Concepts in NFV

GS NFV 004Network Functions Virtualisation (NFV);

Virtualisation Requirements

GS NFV-SWA 001Network Functions Virtualisation (NFV);

Virtual Network Functions Architecture

GS NFV-INF 001Network Functions Virtualisation

(NFV); Infrastructure Overview

GS NFV-INF 004

Network Functions Virtualisation

(NFV); Infrastructure; Hypervisor

Domain

GS NFV-INF 003

Network Functions Virtualisation

(NFV); Infrastructure; Compute

Domain

GS NFV-INF 005

Network Functions Virtualisation

(NFV); Infrastructure; Network

Domain

GS NFV-INF 007

Network Functions Virtualisation

(NFV); Infrastructure; Methodology to

describe Interfaces and Abstractions

GS NFV-INF 010Network Functions Virtualisation

(NFV); Service Quality Metrics

GS NFV-MAN 001

Network Functions Virtualisation

(NFV); Management and

Orchestration

GS NFV-PER 001

Network Functions Virtualisation

(NFV); NFV Performance & Portability

Best Practises

GS NFV-PER 002Network Functions Virtualisation

(NFV); Proofs of Concept; Framework

GS NFV-REL 001Network Functions Virtualisation

(NFV); Resiliency Requirements

GS NFV-SEC 001

Network Functions Virtualisation

(NFV); NFV Security; Problem

Statement

GS NFV-SEC 003

Network Functions Virtualisation

(NFV); NFV Security; Security and

Trust Guidance

PUBLIC

New Drafts

PUBLIC too !!

ETSI NFV Phase 2 Work Items

•IFA001 – IFA004: Acceleration (4 parts)

•IFA005: Or-Vi Interface Requirements Specification. NORMATIVE.

•IFA006: Vi-Vnfm Interface Requirements Specification. NORMATIVE

•IFA007: Or-Vnfm Interface Requirements Specification. NORMATIVE

•IFA008: Ve-Vnfm Interface requirements Specification. NORMATIVE

•IFA009: Refinement of VNF Manager and NFVO functionality and

architecture options.

•IFA010: MANO Functional Requirements Specification. NORMATIVE

•IFA011: VNF Packaging Specification.

•IFA012: OSS - Orchestrator Requirements Specification. NORMATIVE.

•IFA013: Os-Ma-Nfvo Interface Requirements Specification. NORMATIVE.

•IFA014: Network Services Descriptor

•IFA015: NFV Information Model Report

•REL002: Study on the Management of NFV Reliability with Scalable

Architecture.

•REL003: Study of models and features for E2E reliability in the NFV

architecture.

•REL004: Active monitoring and failure detection in NFV environments.

•REL005: Quality Accountability Framework

EVE001: Infrastructure Hypervisor Domain Specification.

EVE002: Use cases for MEF Carrier Ethernet Services.

EVE003: NFVI Node Physical Architecture Guidelines for Multi-

Vendor Environment.

EVE004: Review of virtualisation technologies.

EVE005: Report on SDN usage in NFV architectural framework

EVE006: NFV Roadmap

TST001: Guidelines for Pre-deployment validation of NFV

environments and services.

TST002: Report on NFV interoperability test methodology

TST003: Opensource Components for NFV.

SEC004: Lawful Interception - problem statement and

consequences for NFV

SEC005: Certificate Management Guidance

SEC006: Security Aspects and Regulatory Concerns Guide

SEC007: Attestation Methods for Secure Virtual Network Function

Deployment

SEC008: Security Monitoring for NFV Deployments

SEC009: UCs for multi-layer host admin

SEC010: Retained Data Report

SEC011: LI Architecture Report

Use Cases

HP Multimedia Services Environment (MSE) Virtualization

HP MSE includes:• Service Creation (AS)

• Service Execution (AS)

• Media Resource Function (MRF)

• MRFP

• MRFC

Services that can be deployed:• Interactive Voice Response (IVR)

• Intelligent Networks specialized resource

function (IN SRF)

• IP Media Server

• USSD gateway

• VoLTE with voice continuity over IP

• HD Voice

• Interactive Video

• Audio/Video Conference

• WebRTC

• etc

Media Server Virtualization

The Multimedia Services Environment is decomposed into “VNF” & “VNFC” :

The IMS MRF VNF

The MRB VNF

The OCSEE VNF

The SIP Load Balancer VNF

The AS Storage VNFSIP Load Balancer

OCSEE

SIP ASWEB AS

AS

WEB Load Balancer

AS

Reporting &

Monitoring

AS Storage

Media Server VNF Descriptors (VNFD)

– The IMS MRF VNFD includes the description of the MRF cluster

- MRB network & application configuration

- MRF instances number

- MRF storage instances number

- Affinity rules

- Anti-affinity rules

- IP QoS network constraints for each vLAN (Bandwidth, Jitter, Delay, Packet Loss Tolerance)

- etc

Media Server – NFV Architecture & Lifecycle simplified3GPP IMS MSE/MRF

NFV Management and Orchestration

vMRF

vMRF EM

OSS/BSS NFV Orchestrator

Virtualized

Infrastructure

Manager(s)

vMRF VNF

Manager

Nfvo-Vi

Nfvo-Vnfm

Vnfm-Vi

Os-Nfvo

Nf-Vi

NFV

Service

Catalog

VNF

Catalog

NFV

Instances

NFVI

Resources

VeEn-Vnfm

VeNf-Vnfm

Vn-Nf

HP CMS

NFVI

Openstack

HWLeg

en

d

HW(Compute, Storage, Networking)

Virtualization (ex KVM)

VIM (ex Openstack)

NFV

Orchestrator

OSS

MSE/MRF

Descriptor

(XML file)

& SW

image

2- read

2- allocate

resources

3- deploy

vMRF software

1- deploy new MRF

MSE/MRF VNF

Manager

4-manage lifecycle (scaling etc)

Vendor Presence in 38 ETSI NFV POC – HP,IntelNber #1

10

HP

Intel

5

BT, NTT

ALU,

Redhat

Huawei

4

Vodafone

Cisco1,2,3

Others

8

Telefonica

7

AT&T

6

Brocade

ETSI NFV POC#6: Virtualized Mobile Network with Integrated DPI

Telefonica

Intel

Tieto

Qosmos

Wind River Systems

HP

vEPC and vDPI

Openstack

SDN

DPDK

=> Accelerated ETSI NFV in a

multi-vendor environment

* In

tel®

DP

DK

: In

tel®

Dat

a P

lan

e D

evel

op

men

t K

itN

IC :

Inte

l® 8

25

99

10

Gig

abit

Eth

ern

et C

on

tro

ller

Network Functions Virtualization (NFV) Infrastructure

Hardware Resources

Network Operation (OSS/BSS)

Virtualized Network Functions

vBS vGWvMME

EMS

10G/40G Intel® Ethernet Switch FM6764

HP ProLiant DL380p Gen8 Servers

Virtualization Layer

NFV Management and Orchestration

Virtualized Infrastructure Manager(s)

Orchestrator

Op

enSt

ack*

Glance

Keystone

Nova

Neutron

SDN Agent

Wind River* Linux + KVM

Intel DPDK Accelerated Open vSwitch*

vDSC

VNF Manager(s)

SDN

Ma

nag

er

vEPC

Man

ager

vBS

Ma

nag

er

vDSC

Ma

nag

er

Map UI Cloud Manager

Virtual Resources

NIC NIC

IntelDPDK

IntelDPDK*

IntelDPDK

IntelDPDK

vDPI

IntelDPDK

Intel Supplied Qosmos* Supplied Tieto* Supplied OpenStack Others

TIP TIP TIP TIP TIP

PhysicalNetwork Functions

EMS

Wind River* Supplied Hewlett Packard* Supplied

Demo

MWC’14

Openstack

ETSI NFV POC#15: Subscriber Aware Sgi/Gi-LAN Virtualization

Telenor

ConteXtream

SkyFire Networks

Guavus

Redhat

HP

SDN based service chaining

Across multi-Openstack

domains

Cache

Filter

VideoOptVideoOpt

TCPOp mizer

TCPOp mizer

P-GW

SGiWebandOTTVideoServices

SDN–Controller

OpenFlow

SubscriberA

SubscriberB

SubscriberC

AAA

TCPOp mizer

VideoOpt

Analy cs

So wareSwitch

Firewall

OFSwitch

SDNN/W

SimulatedforPoC

OpenStack

SelfServicePortal

PoC-Scope

Demo

SDN world

Congress

Oct’14

Openstack

ETSI NFV POC #23 - E2E Orchestration of Virtualized LTE Core-Network Functions & SDN-based Dynamic Service Chaining of VNFs using VNF-FG

SKT

HP

Samsung

Telcoware

Multi-vendor Fully orchestrated &

automated vEPC – vIMS on

Openstack & SDN based

infrastructure

Demo

SKT R&D Lab

SDN World

Congress

Openstack

POC#38: Full ISO 7-layer stack fulfilment, activation and orchestration of VNFs in carrier networks

Telstra

Hewlett-

Packard

Alcatel Lucent

F5 Networks

Demo

SDN world

Congress

Oct’15

ETSI NFV and OpenStack

NFV and Openstackexample of requirements Nf-Vi, Vi-Vnfm, Nfvo-Vi

26

• Multi-hypervisor support

• Different virtualization model (ie docker, Linux)

• Support legacy, bare metal

• Support DPDK CPU, SRIOV NIC

• Expose NW load balancer and other functions

• Support HA , 5 9s

• Support Secure Boot , certification

• Support resource reservation (prior to instantiation)

• Map pCPU with vCPU (dedicated CPU – pinning)

• Support NUMA placement (memory access perf)

• Expose localization of resources

• Expose resource catalog

• Expose resource metrics

• Release backward compatible

• Rollback

• etc

NFV & OpenStack ?? Ex SecuritySecuri

ty-s

pecif

ic?

27

Over 1.7M lines of code

~ 6

mete

rs~ 6

mete

rs o

r 20

feet ? How can I ensure there is no security breach in 1.7M lines ?

? How does Openstack prevent back doors ?

? How does Openstack support secure boot, certified VM?

? How can I define security rules for an SDN application to change a flow table on an SDN switch that is provided by a IaaS Provider that may change along the life of the service ?

? How can I ensure that the memory I am sharing will not be accessed by somebody else ?

? Can I present the system admin to access my personal data

etc

Many blocks interact with Keystone

Keystone is not the only entity that deals with security

Keystone deals with security & policies, but NFV will need end to end security & policies across end to end network, at ?NFVO level : how to synchronize?

etc

ETSI NFV and Openstack

28

ETSI NFV

Telecom Large WW community

Specs ETSI NFV

Scope: Telco Cloud (ie Openstack) +

VNF + VNF & NS Orchestration

POCs

Gap Analysis with SDO and Opensource

“Liaison” Cloud Large WW community

Opensource Code

Scope: Enterprise Cloud

=> Many “Liaison”

3GPP

BBF

TMF

ETSI NFV Private Wiki http://nfvprivatewiki.etsi.org/

– IMPORTANT : User , Password is your ETSI account User / Password

29

Work in Progress …

Comparing ETSI NFV VIM I/F

(IFA005) with Openstack API

ETSI VIM (IFA005) vs OpenStack API - #1 Compute

30

ETSI VIM – IFA005 OpenStack API

Software Image Management API Image Service API v2.0 and up (Glance)

Virtualised Compute Resources Management API Compute Service API v2.1 (Nova),

Reservation API (experimental; abandoned(?))

(Blazar, ex. Climate),

OPNFV RM Extensions (work in progress)

(Promise)

Virtualised Compute Resources Change

Notifications API

Compute Service API v2.1 (Nova),

Telemtry API v2 (Ceilometer)

Virtualised Compute Resources Information

Management API

Compute Service API v2.1 (Nova)

Virtualised Resources Capacity Management API Compute Service API v2.1 (Nova)

ETSI VIM (IFA005) vs OpenStack API - #2 -Network

31

ETSI VIM – IFA005 OpenStack API

Virtualised Network Resources Management API Network Service API v2.0 (Neutron),

Network Service API extensions v2.0 (Neutron),

Reservation API (experimental; abandoned(?)) (Blazar,

ex. Climate),

OPNFV RM Extensions (work in progress) (Promise)

Virtualised Resources Change Notification API Network Service API v2.0 (Neutron),

Network Service API extensions v2.0 (Neutron)

Virtualised Network Resources Information

Management API

Network Service API v2.0 (Neutron),

Network Service API extensions v2.0 (Neutron)

Virtualised Resources Capacity Management API Network Service API v2.0 (Neutron),

Network Service API extensions v2.0 (Neutron)

NFP Management API Network Service API v2.0 (Neutron),

Network Service API extensions v2.0 (Neutron)

ETSI VIM (IFA005) vs OpenStack API - #3 Storage

32

ETSI VIM – IFA005 OpenStack API

Virtualised Storage Resources

Management API

Block Storage API v2 (Cinder),

Reservation API (experimental;

abandoned(?)) (Blazar, ex. Climate),

OPNFV RM Extensions (work in

progress) (Promise)

Virtualised Resources Change

Notification API

Block Storage API v2 (Cinder)

Virtualised Storage Resources

Information Management API

Block Storage API v2 (Cinder)

Virtualised Resources Capacity

Management API

Block Storage API v2 (Cinder)

ETSI VIM (IFA005) vs OpenStack API - #4 Fault Mgt

33

ETSI VIM – IFA005 OpenStack API

Fault Management API Telemetry API v2 (Ceilometer),

OPNFV FM Extensions (work in

progress) (Doctor)

Performance Management API Telemetry API v2 Ceilometer Web API

v2

Openstack Telco Working Group

https://wiki.openstack.org/wiki/TelcoWorkingGroup

The working group aims to define the use cases and identify and prioritise the

requirements which are needed to deploy, manage, and run telecommunication

services on top of OpenStack.

Mission Statement

Implemented (Juno)

Support two interfaces from one VM attached to the same network (Nova)

SR-IOV Networking Support (Nova)

Virt driver guest vCPU topology configuration (Nova)

Evacuate instance to scheduled host (Nova)

Heat multi region support (Heat)

Openstack Telco WG

Active Blueprint (extract – non exhaustive list)

Virt driver guest NUMA node placement & topology (nova)

Virt driver large page allocation for guest RAM * (nova)

Virt driver pinning guest vCPUs to host pCPUs (nova)

I/O (PCIe) Based NUMA Scheduling (nova)

Soft affinity support for server groups (nova) => abandonned

Open vSwitch-based Security Groups: Open vSwitch Implementation of

FirewallDriver (neutron)

Framework for Advanced Services in Virtual Machines (neutron)

Neutron Services Insertion, Chaining, and Steering (neutron)

OVF Meta-Data Import via Glance (glance)

Opensource NFV: OPNFV

Open Platform For NFV –www.opnfv.org

Launched Sept 30th, 2014

Work with upstream SDO (ETSI NFV) and Opensource (Openstack, OpenDaylight, KVM, Xen ect)

Chairman: Prodip Sen, HP

Network Virtualization Control

Storage Virtualization Control

OPNFV Arno Overview

Continuous

Build and

Integration

Continuous

Deployment

and Testing

New

Requirements

and Features

Octopus /

Continuous

Integration

Bootstrap /

GetStarted

FuncTest

Infrastructure

Compute Virtualization Control

Compute Storage Network

OpenStack

OpenDaylight

Pharos Project Compliant Community Labs

KVM

OVSUpstream

Project

Collaboration

OPNFV Bare Metal Lab

Orchestration and Management

Virtual Network Functions

Documentation

Ceph

• OPNFV Release 1 "Arno" was released on 4th of June, 2015:

https://wiki.opnfv.org/releases

• OPNFV Release 1.1 "Arno SR1" was released on 1st of October, 2015: Arno SR1

• OPNFV Release 2 "Brahmaputra" is currently ongoing. target date is December 2015.

What is Arno

38

https://wiki.opnfv.org/documentation/arno

•OpenStack Juno

•OpenDayLight (ODL) Helium (Neutron ML2-OVSDB proxy)

•Ceph orchestrated by Cinder

•OpenVSwitch (OVS)

•Linux CentOS

– Necessary scripts for deployment etc. included.

– Scope

– Integrated NFVI + VIM solution Defined fixed hardware configuration (6 servers) provides resources

– Ability to run example simple VNFs on top of the deployed platform

OPNFV Projects

44 projects approved

(note: 24 in June’15)

As of Nov 2nd, 2015

OPNFV System Configuration And Reporting (OSCAR)

HPE OpenNFV

HP OpenNFV PR in Feb’14 : a new BU, new Products and

OpenNFV Labs

MANO Layer

• HP NFV Director : ETSI Based NFV Orchestrator for full life-cycle management

• HP Helion OpenStack provides

necessary OpenStack API support

for NFV, and a carrier grade cloud

management functionality

• HP SDN Controller

• Converged Infrastructure Management using a single tool – OneView

NFVI Layer

• Broader Hardware Support for high performance packet processing

• Hardware/Software features integrated for high speed packet processing (SR-IOV support in OneView/CS8)

• Native SDN Support with all HP Networking portfolio

• Common Networking Environment for Networking using Comware7 stack

OSS Layer

• Full OSS Suite from basic fault to service level management based on IMC &

SiteScope

VNF Layer

• HP vHSS, vMRF, vSR and other

key Network related Services

Software available for virtualized

environment deployment

• An ecosystem of partners

NF

V M

an

ag

em

ent a

nd

Orc

he

stra

tion

HPE CMS NFV Director

– Model Driven vs Script Driven

– A common point to ensure consistent management and behavior of VNFs and NSs

– Automatically manages the end-to-end service across VNF, VNF-FGs, and NSs

– Supports multiple VNF across multiple sites

– Handles provisioning and monitoring functions

– Designed to meet the evolving ETSI specifications

– Full NFV orchestrator functionality, interfaces, and interaction models

– Includes VNF manager functionality and works with external (VNF-supplied) VNF managers

– Supporting the journey to NFV

– Handles virtual and physical network functions and hybrid services

– Supports networks consisting of traditional and SDN domains

– Open and multivendor

– Supports integration with any VNF, VIM, and OSS using open APIs

– Modular and extensible

– Start small and grow

– Flexible integration with OSS, EMS, VNF, and infrastructure

ETSI NFV Orchestrator with embedded VNF Manager

NFV Director

Policy management

Service

fulfillment

Service

monitoring

Global resource

fulfillment

Global resource

monitoring

Virtualized Infrastructure Manager

Catalog

Global

resource

inventory

Instance

inventory

VNF

fulfillmentVNF

monitoring

External VNF ManagersEmbedded VNF Manager

VNF

fulfillmentVNF

monitoring

HP & Wind River Join Forces to deliver carrier grade solutions

#1 Contributor to OpenStack™ Project, #1 Provider of carrier grade Linux

• Reliability • Carrier-Grade Linux

• Carrier Grade KVM Hypervisor

• Advance Self-Healing

• High Availability & Reliability Add-Ons for OpenStack Control Plane for 5x9’s Service Availability

• Performance• Performance Networking with DPDK enabled

vSwitch (OVS)

• Advance NFV Workload placement

• Manageability• Scheduling and Orchestration of workloads

• Security to meet Carrier Needs

• Open eco-system, standards based APIs

…… single point of accountability for CSPs

building their next generation Open NFV

solution.

The OpenStack™ Word Mark and OpenStack Logo are either registered trademarks/service marks

or trademarks/service marks of the OpenStack Foundation, in the United States and other countries

and are used with the OpenStack Foundation's permission. We are not affiliated with, endorsed or

sponsored by the OpenStack Foundation, or the OpenStack community

Nov 3rd Press Release

HP contributions to OpenStack®

Some other

Examples …

HP number #1 contributor in OpenStack Liberty release

Number #1 in Kilo

Telefonica UNICA

HPE vision of NFV/SDN-approach for service providers

2013-2015

Single-purposeelement

Controlplane

Applicationplane

Dataplane

2014-2016

Control plane

Applications plane

Infrastructure plane

SaaS Services

2015-2020

NFV-SDN Projects NFV-SDN Cloud

SaaS Services SP#5

SP#4(SDN IaaS)

Infrastructure plane Control plane

Applications planeSDN APISP#3(SDN ASP)

SP#2(mobile)

SP#1(fixed)

Virtual Service Providers

POCS Deployments

NOW In parallel Starting with new business model

Based on NFV & SDN

Summary

Network Function Virtualization (NFV) is driving CSP requirements towards

Openstack

Via ETSI NFV specifications and OPNFV open source project

HPE is heavily involved and leading governance and contributions in ETSI NFV

and other SDO, as well as Opensource community incl Openstack, OpenDaylight

and OPNFV

HPE is committed to NFV and Openstack, with HPE OpenNFV and HPE Helion

Openstack for private, hybrid and NFV cloud

Thank YouMore on www.hpe.com/go/nfv