Introduction to NFV using · V NF-E M BRKNMS-2309 9 NFVI Interface Standards–Release 2 IFA005:...

Introduction to NFV using ETSI Standard

Harris Haider – Solutions Architect

Rene Sobral – Solutions Architect

BRKNMS-2309

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© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public 4BRKNMS-2309

Flexible, Agile Service Chains utilizing ETSI MANO architecture to realize the full potential of NFV

Partner

NetworkEnterprise

ASAIDS

ASA

IDS ASA VPN

ASA

ASA

NFVI = VMWARE, Openstack or CSP

Multi-tenant

programmable

Scalable

Elastic

Highly Automated

Tech Refresh = new VNF

• Foundations of NFV: ETSI MANO Architecture

• Cisco Products for NFV Orchestration

• It’s Real: Use Cases and Demonstration

Agenda

ETSI NFV Overview


ETSI Network Functions Virtualization Journey

Founded By SPs

Release 1

Reference Architecture

Release 2

Interface Specifications

Release 3

NFV ECO system Studies

2012 2014 2016 2017

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


NFV ETSI Architectural Framework Release 1

OSS/BSSOs-Ma/PSA

Or-Vnfm

Vi-VnfmOr-Vi

Ve-Vnfm

Nf-Vi

Descriptors

Se-Ma

VNF

domain VNF

E/NMS

VNF

E/NMS

Vn-Nf

NFVI Vi-Ha

Hardware Resources

Virtualization Layer

Virtual Network Function (VNF)

Manager(s)

VNFM

Virtual Infrastructure

Manager(s)

VIM

NFV

Orchestrator

NFVO


OSS / BSS

VIM

NFVI

Compute Storage Network

Virtualization

VirtualStorage

VirtualNetwork

Ve-Vnfm-em

Ve-Vnfm-vnf

Os-Ma-nfvo

Nf-Vi

Or-Vnfm

VirtualCompute

Vn-Nf

NFV-O

NSCatalog

VNFCatalog

NFVInstances

NFVIResources

Descriptors

NSD VNFFGDVLDVNFD PNFD

Se-Ma

Vi-Vnfm

Or-ViVNFM

VNF

VNF-EM

9BRKNMS-2309

NFVI Interface Standards– Release 2

IFA005: Or-Vi Reference Point

IFA006: Vi-Vnfm Reference Point

IFA007: Or-Vnfm Reference Point

IFA008: Ve-Vnfm Reference Point

IFA009: MANO Architectural Options

IFA010: MANO Functional Requirements

IFA011: VNF Package / VNFD

IFA012: Os-Ma-Nfvo Reference Point

IFA013: Os-Ma-Nfvo Reference Point

IFA014: NSD

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


NFV ECO SYSTEM Studies: Release 3• Information modelling (IFA016, IFA017 and IFA024)

• End-to-end multi-site services management (IFA022)

• Additional considerations on management and orchestration (IFA020, IFA021 and EVE009)

• Acceleration technologies (IFA018 and IFA019)

• Charging, billing and accounting (EVE008)

• License management (EVE010)

• Security analysis and management (SEC013, SEC014)

• Reliability and availability considerations (REL007, REL008)

• DevOps and continuous integration (TST006)

• Testing (TST004, TST007)

• Policy management (IFA023)

• Identification of "Touchpoints" with information Models of other organisations (IFA024)

10BRKNMS-2309

https://portal.etsi.org/webapp/WorkProgram/Report_WorkItem.asp?WKI_ID=49459


http://webapp.etsi.org/WorkProgram/Report_WorkItem.asp?WKI_ID=50101



















NFV Architecture

11BRKNMS-2309

Encapsulation

Reports

Security

Test Plan

Compliance


Cisco Involvement with ETSI NFV

• Participate in NFV Solutions Working Groups

• TOSCA/YANG modeling specifications for NFV Lifecycles

• Interface Specifications

• VNF Plug Tests

• ETSI/EANTC Plug-test in Madrid in January 17

• NFV Interop Testing Report

• Cisco Open NFV Ecosystem

• cisco nfv on DEVNET

12BRKNMS-2309

The VNF vendors were:

•Alcatel-Lucent

•Cisco Systems

•Cobham Wireless

•Hitachi Communication Technologies America

•Huawei Technologies

•IneoQuest Technologies

•Juniper Networks

•Metaswitch Networks

•NetNumber

•Netrounds

•Procera Networks

•Sonus Networks

http://www.lightreading.com/nfv/nfv-tests-and-trials/exclusive!-nfv-interop-evaluation-results/d/d-id/719675

https://developer.cisco.com/site/nfv/#read-me-first


Cisco VNFs On boarded Cisco VNFs Onboarded 3rd party VNFs On boarded

• vEPC (MME, SGW, PGW)

• vPCRF

• IOS-XRv 9000 vRouter - PE

• IOS-XRv 9000 vRouter - vRR

• CSR1000v

• ISR 4000v

• WAN acceleration (vWAAS)

• Wireless LAN controller (vWLC)

• vDHCP

• Firewall - ASAv

• Firewall - FTDv

• vNAM

• vIPS sensor and vIPS defense center

• AMP (Advanced Malware Protection)

• WAF (Web Application Firewall)

• F5 Big-IP VE

• Fortinet’s Fortigate (vFirewall)

• Juniper vSRX FW

• KEMP LoadMaster

• Netrounds vProbe

• NFware

• Openwave Mobility

• Signiant

• Palo Alto Firewall

• Vyatta

• AVI Load Balance

ETSI NFV Architecture and Cisco Products Mapping


NFV ETSI Architectural Framework – IFA011

15BRKNMS-2309

OSS/BSSOs-Ma/PSA

Or-Vnfm

Vi-VnfmOr-Vi

Ve-Vnfm

Nf-Vi

Descriptors

Se-Ma

VNF

domain VNF

E/NMS

VNF

E/NMS

Vn-Nf

NFVI Vi-Ha

Hardware Resources



Manager(s)

VNFM

Virtual Infrastructure

Manager(s)

VIM

NFV

Orchestrator

NFVO


NFV or VNF or Service Chain?

• Network Function Virtualization:

• Refers to the idea of replacing dedicated network appliances (such as routers and firewalls) with software running on standard servers.

• Typically includes a Hypervisor and the software runs as a Virtual Machine

• Virtual Network Function

• One or more Virtual Machines performing a single network function

• Service Chain

• Collection of 1 or more VNFs providing a network service

16BRKNMS-2309


NFV Framework

17BRKNMS-2309

OSS/BSS

Operational Support Systems

Business Support Systems

VNF Domain

Collection of 1 or more Virtual Machines

performing a single network function

Associated Element/Network Management

System

NFVI

Virtualization Layer: Hypervisor

Compute

Network

Storage

OSS/BSS

VNF

domain VNF

E/NMS

VNF

E/NMS

Vn-Nf

NFVI


Hardware Resources

Vi-Ha


NFV Management and Orchestration

18BRKNMS-2309

NFV

Orchestrator

NFVO

Or-Vnfm

Vi-Vnfm

Or-V

i

Se-Ma


Manager(s)

VNFM

Virtual

Infrastructure

Manager(s)

VIM

Descriptors

NFVO

Lifecycle management of Network Services

Orchestration of NFVI resources at the high level, particularly across multiple VIMs

Virtual Network Function Manager(s) (VNFM)

Lifecycle management of specific VNFs (possibly

composed of multiple VMs)

Virtual Infrastructure Manager(s) (VIM)

Controls and Manages the NFVI compute, storage

and network resources

Performs Operations

Cloud Computing


NFV

Management &

Orchestration

NFV-O

(NFV Orch.)

Virtual Infra

Manager

VNF 1 VNF 3VNF 2

NSO

(NFV-O)

On-V

i

19BRKNMS-2309

Solution Mapped to ETSI NFV Framework

VNF-M

(VNF

Managers)

VNF-M

(VNF

Manager)F

Managers)

Vnfm-Vi

NFVI (UCS/CSP)

Hardware Resources

Compute NetworkStorage

EMS 1 EMS 3EMS 2

vCSR vASA

Service, VNF &

Infrastructure Description

Ve-Vnfm

Nf-ViVirtualization Layer

KVM / ESXi Virtual NetworkVirtual Storage

Vn-Nf

Se-Ma

Nfvo-Vnfm

Open vSwitch

VTS/VPP

NSO

Service Orchestration and Fulfillment

Physical

Network

Portal / BSSOs-Ma

Service Applications

ETSI NFV Framework

OpenStack

ESXI / CSP

NFVIS / AWS

(VIM)

ESC

(VNF-M)

f5

Cisco Network Services Orchestrator (NSO)

ETSI NFV MANO Network Function Virtualization Orchestrator (NFVO)


NFV

Management &

Orchestration

NFV-O

(NFV Orch.)

Virtual Infra

Manager

VNF 1 VNF 3VNF 2

NSO

(NFV-O)

On-V

i

21BRKNMS-2309


VNF-M

(VNF

Managers)

VNF-M

(VNF

Manager)F

Managers)

Vnfm-Vi

NFVI (UCS/CSP)

Hardware Resources


EMS 1 EMS 3EMS 2

vCSR vASA

Service, VNF &


Ve-Vnfm



Vn-Nf

Se-Ma

Nfvo-Vnfm

Open vSwitch

VTS/VPP

NSO


Physical

Network

Portal / BSSOs-Ma


ETSI NFV Framework

OpenStack

ESXI / CSP

NFVIS / AWS

(VIM)

ESC

(VNF-M)

f5

“Day1, 1+N”“Day 0”


Workflow Hierarchy: Network Service Orchestration

Network Service

Onboard VNF To Catalogue• Virtual Network Function Descriptors (VNFD)

• Virtual link Descriptors (VLD) + Connection Points

• Images + Virtual Compute Resources loaded to VIM

Network Service Descriptors (NSD)

Define Network Services Flavors

VNFDs + VLD + SAP

Instantiate via NS-INFO• Apply Service Logic to Collect appropriate resources

for Network Service and pass VNF-Info to VNFM

Instantiation of the VNF on the NFVI

• compute, storage and network

Instantiate VNFs using VNF-Info

• passing it to appropriate VIM

• Manage LifeCycle of VNF

• Inform NFVO of Live Cycle Events

Day1 Configuration and NFVO/VNFM

• NSO informed of “service alive” – configure DAY1

• VNFM/NSO maintains LCM

NF

VO

VN

FM

VIM

EM


Cisco Network ServicesOrchestrator Architecture

Agile Automation

Active network view

Any service, any device

Multivendor support

Northbound APIs

OSS and BSS

Third-party applications

DevOps support

Network Abstraction Layer

Physical

Virtual

Network applicationsMulti-Vendor Network Element Drivers

Device Manager

Service Manager

NSO Offered by Tail-f

Modern Ways of WorkingModern APIs

Third-Party Applications

Active

Network

View

Network

Engineers

Physical Networks

VNFM (ESC)

Controller apps

EMS and NMS

Network Abstraction in Modern and Brownfield Environments

Network AppsVirtual Networks


NSO NFVO Function Pack

Tail-f NFVO Service

packages

ESC Device

(NETCONF NED)

OpenStack / vCenter / CSP

NB Service

NFVO Function Pack

A pre-integrated NSO Service


NSO also Provisions VNFs!


Virtualisation Layer

Key MANO Methodology Concepts

27BRKNMS-2309

Network Service

VNF 1 VNF 2 VNF 3

VNF

C

VNF

CVNF

C

VNF

CVNF

C

VNF

C

Hardware

NFVO

VIM

Manages

the NS

Manages

VNFCs

Manages

VNFs

Manages

the VMs

VNFM

Hardware Hardware


Key NFVO Terms

A VNF Info is a runtime record created by an NSDinstantiating a VNFD

A VNFD is a deployment template describing theVNF in terms of deployment and operationalbehavioral requirements. Also containsconnectivity interface to establish appropriatelinks between VNF instance and other networkfunctions.

A VDU references a VM image and runtimerequirements

An NSD is static information elements used bythe NFVO to instantiate a Network Service

A VNFC is a deployable data referred to VNF underVNF Info.

A NS Info is a runtime record created by an NSD


31

2

4

29BRKNMS-2309

NFVO Terms: How Descriptors and Infos Align

NSD

1 or + VNFD 1 or + VLD

VDU + CPs = VNFC

NS Info

VNF Info Virtual Link

VNFCi

NSO


How Does a VDU becomes a VNFC?

• VDU requires day-0 artifacts before it becomes deployable (VNFC)

Day-0 configuration

Connection Points

Virtual Links

Etc.

• VDU is not deployable by itself

• When VDU is deployed, the instance is referred to as VNFC

BRKNMS-2309 30


NSD Service Chain Example: Firewall and Router

vASA

Private NetworkInternet

192.168.100.10-19 1 2

0

0

2 1

Management Network

Inside Network

192.168.200.0/31 192.168.1.0/24CSRv


VDU:CSRv

1 vCPU

3 GIG

Image

<left> <right>

<mgmt>

<mgmt.-ext>

<inside>

<right-ext>

VNFD CSR

<1>

<0>

<2>

Ephemeral

openstack net

<inside-net>

VDU: ASA

1 vCPU

3 GIG

image

<mgmt>

<2>

<0>

<1>

<outside>

<mgmt.-ext>

<left-ext><outside-ext><outside-ext>

sap

<Client-net>

sap

<Internet>

sap

<sa-oam-mgt>

vld

<inside-net>

VNFD ASA

32BRKNMS-2309

Building the NSD

nsd id= fw-router

NSD Deployment flavor options= (fw-router-flavor, router-flavor)

NSD Instantiation level options= (bronze, gold)


NSD Can Consist of Multiple Deployment Flavors

router-flavorVirtual Link /

Internal Network

fw-router-flavor

(small / large)

router-flavor

NSD id= fw-router

CSR1Kv VNFD

vASA VNFD CSR1Kv VNFD


Vdu:CSR1KV

<left> <right>

<mgmt>

<mgmt.-ext>

<inside>

<right-ext>

VNFD CSR

<1>

<0>

<2>

Vdu: ASA

<mgmt>

<2>

<0>

<1>

<outside>

<mgmt.-ext>

<left-ext><outside-ext><outside-ext>

sap

<Client-net>

sap

<Internet>

sap

<sa-oam-mgt>

sap

<inside-net>

VNFD ASA

34BRKNMS-2309

Build the NS-INFO based on NSD and flavor

nsd id= fw-router

VNF-info

Deployment_name= fw-

router

boot-time = 600s

recovery-time = 120s

esc-device = ESC0

tenant = mano

sa-oam-mgt Day0=“CSR.txt”

Image’

Flavor’

managed = true

authgroup = csr-

group

inte

rne

tc

lien

t-Ne

t

Inside-net

• VDU

• VNFD

• NSD

Walking through

• VNFC

• VNF Info

• NS Info

Cisco Elastic Services ControllerETSI NFV MANO Virtual Network Functions Manager (VNFM)



Network Service






VNFDs + VLD + SAP







• Manage Lifecycle of VNF





NF

VO

VN

FM

VIM

EM



NFV

Management &

Orchestration

NFV-O

(NFV Orch.)

Virtual Infra

Manager

VNF 1 VNF 3VNF 2

NSO

(NFV-O)

On-V

iVNF-M

(VNF

Managers)

VNF-M

(VNF

Manager)F

Managers)

Vnfm-Vi

NFVI (UCS/CSP)

Hardware Resources


EMS 1 EMS 3EMS 2

vCSR vASA

Service, VNF &


Ve-Vnfm



Vn-Nf

Se-Ma

Nfvo-Vnfm

Open vSwitch

VTS/VPP

NSO


Physical

Network

Portal / BSSOs-Ma


ETSI NFV Framework

OpenStack

ESXI / CSP

NFVIS / AWS

(VIM)

ESC

(VNF-M)

f5

Lifecycle

management of

specific VNFs


Cisco Elastic Service Controller

Capabilities

• VNF lifecycle management (Create, Update and Delete)

• Service / VNF Day-zero configuration

• VM and Service monitoring

• VNF auto-healing, recovery and elasticity

• VNF license management

• Customizations (monitoring, actions)

• Complex VNF management

• CRUD Web GUI , REST API and NETCONF

• Multi-VIM Integration – CSP, Openstack, NFVIS, ESXi and AWS.

onboard

deploy

monitor

scalehealing and

recovery

update*

undeploy

Cisco

ESC

VNF


VNF-Info Multi-Vendor Example


VNF-Info Parameter Example

VNF Instantiation

Parameters

VNF Interface Parameters


NFVO to VNFM Interaction

VNF lifecycle management (Create)

VM and service monitoring

v

v


Cisco Elastic Service Controller (ESC)

NSO / NB Orchestration

REST CLINETCONF

(yang)

Network / Cloud Engineer

Web GUI

VIM Abstraction

ESC

VNF Lifecycle Manager Monitoring & Actions

VIM Drivers

REST API

CSP2100

AWS*

Containers*

ESC is Cisco’s VNFM, for managing

Cisco and 3rd Party VNF’s

• Programmable / Model Driven

• Netconf and REST Interface

• YANG data model

• Open and Modular

• Interop with 3rd party VNF and NFVO

• Micro services

• Abstracts VIM complexity from service

orchestration

VNF Info model-driven

* Not supported today, and on radar for future


ESC with Multi-VIMs

AWS

Public Cloud

NSO

VIM

VIM

- VMware

- OpenStack

- CSP

Hzo

stHost

Host

libvirt

VIM less

ESC

(Multi-VIMs)

ENCS

NFVIS Platforms

CSP/NFVIS

ENCS

NFVIS

ESC-Lite

NFVI

S

GUI /

CLI

Embedded

ESC

External

ESC1 : N

Cisco Cloud Services PlatformETSI NFV MANO NFVI + VIM



Network Service






VNFDs + VLD + SAP







• Manage LifeCycle of VNF





NF

VO

VN

FM

VIM

EM


NFV

Management &

Orchestration

NFV-O

(NFV Orch.)

Virtual Infra

Manager

VNF 1 VNF 3VNF 2

NSO

(NFV-O)

OpenStack

/vCenter/CSP

(VIM)

On-V

i

48BRKNMS-2309

VIMs within the MANO Architecture

VNF-M

(VNF

Managers)

VNF-M

(VNF

Manager)F

Managers)

ESC

(VNF-M)

Vnfm-Vi

NFVI

Hardware Resources

Compute

Networkh

Storage

EMS 1 EMS 3EMS 2

vCSR F5vASA

Service, VNF &


Ve-Vnfm



Vn-Nf

Se-Ma

Nfvo-Vnfm

Open vSwitch

VTS/VPP

NSO

NSO


Physical

Network

Portal / BSSOs-Ma


ETSI NFV Framework


What is the Cloud Services Platform 2100?

CSP 2100 SW, ConfD, Linux KVM, OVS, PCIe Passthrough, SR-IOV

CSR

Cisco UCS 1RU/2RU Modular Platforms, 1 & 10G SFP+ NICs

REST

NetConfNSO/ESC

XRv

9000ASAv

Third

partyThird

party

KVM

based

services

API

GUI CLI

….

NFS


Key Principles

Automated

• Deploy services as fast

as applications

• Use DevOps to

automate ACI services

• RESTful API

• NETCONF/Yang

Easy to use

• Turnkey and simple

• Built for network, security,

and load balancing teams

• Lifecycle management

• Provision a new service

within minutes using GUI or

CLI

Clustering

• Shared pool of resources

• Auto-deploy redundant

HA pair

• Scale-out architecture

High Performance

• PCIe Passthrough

• SR-IOV (VEB and

VEPA)

© 2018 Cisco and/or its affiliates. All rights reserved. Cisco Public 51

Service Deployment in just a few clicks

CREATE

BRKNMS-2309


Service Deployment in just a few clicks

52

CONFIGURE

DEPLOY

BRKNMS-2309

• New CSP Service / Virtual Machine

Walking through

Use Cases


END to END Flow

Resource Allocation(Single IP, Network, vLans, EPG and Contract)

Inventory - NSR(VNFR, NFR, Networks)

Dispatch(Single or Dual Data Center)

Provisioning(Virtual, Physical)

BRKNMS-2309 55


Create Standard Connectivity PatternsStandardize and Virtualize Service Chains For Security and Agility

C

o

r

e

Provider Access ChainConsumer Access Chain

RTRRTR

RTR

WOC

RTRFW

VPN

GW FW

RTR FWVPN

GW FW

RTRFW

VPN

GW

FW

RTR

SLBWAF

FW

SLBWEB

FW

FW

FPC

SLB

SSLDLP

FW

RTR

FWFW

RTRFWIPS

RTRFWIPS

SLB

Routed

Core

Trusted

VRFs


Create Standard Connectivity PatternsStandardize and Virtualize Service Chains For Security and Agility

C

o

r

e

Provider Access ChainConsumer Access Chain

RTRRTR

RTR

WOC

RTRFW

VPN

GW FW

RTR FWVPN

GW FW

RTRFW

VPN

GW

FW

RTR

SLBWAF

FW

SLBWEB

FW

FW

FPC

SLB

SSLDLP

FW

RTR

FWFW

RTRFWIPS

RTRFWIPS

SLB

Routed

Core

Trusted

VRFs

Secure Agile

Exchange

SAE


Use Case: Partner VPN Automation by NSO on CSP + Nexus

DEMO


NS

D

60BRKNMS-2309

VNF: SSL Offload

Cisco CSR1Kv

AVI SE Load Balancer

F5 Web Application Firewall

Cisco CSR1Kv

Data Center 1 Data Center 2


SSL Offload Flow

VNFD and NSDIPAM

IntegrationVNF Info and

NS InfoInventory

Provisioning and Day 0

Resources


More than 600 regular

visitors

Anyone with cco id can

participate

www.cisco.com/go/nsohub

Your questions answered

within hours - if not

answered already

600+ Information Items

40+ Use Cases

60+ Videos

15+ Customer References

Training, Tutorials

BRKNMS-2309 68

https://www.cisco.com/go/nsohub

Related Cisco Live Presentations


Continue Your Education

• Routing Underlay and NFV Automation with DNA Center [BRKRST-1888]• Thursday, Feb 01, 11:30 a.m. - 01:00 p.m. | Hall 8.0, Session Room 134

• NFV MANO with Cisco NSO, ESC and SDN Controllers [LTRSPG-1226]• Thursday, Feb 01, 02:00 p.m. - 06:00 p.m. | Hall 8.0, Session Room 116

• Network Function Virtualization (NFV) using IOS-XR [BRKSPG-2724]• Friday, Feb 02, 09:00 a.m. - 11:00 a.m. | Hall 8.0, Session Room 109

• Network Function Virtualization for Enterprise Networks [BRKCRS-3447]• Friday, Feb 02, 09:00 a.m. - 11:00 a.m. | Hall 8.0, Session Room 139

• DevOps CICD for VNF - a NetOps Approach [BRKSPG-2379]• Friday, Feb 02, 11:30 a.m. - 01:00 p.m. | Hall 8.0, Session Room 130

• Open-source NFV platform? OPNFV! [BRKSDN-2333]• Friday, Feb 02, 11:30 a.m. - 01:00 p.m. | Hall 8.0, Session Room 137

71BRKNMS-2309


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Addresses needs of software engineers who automate network

infrastructure and/or utilize APIs and toolkits to interface with SDN

controllers and individual devices

Cisco Network Programmability

Developer (NPDEV) Specialist

Certification

Designing and Implementing Cisco Network

Programmability (NPDESI)

Provides network engineers with comprehensive soup-to-nuts curriculum

to develop and validate automation and programming skills;

Directly addresses the evolving role of network engineers towards more

programmability, automation and orchestration

Cisco Network Programmability

Design and Implementation

(NPDESI) Specialist Certification

Programming for Network Engineers (PRNE) Learn the fundamentals of Python programming – within the context of

performing functions relevant to network engineers. Use Network

Programming to simplify or automate tasks

Recommended pre-requisite for

NPDESI and NPDEV Specialist

Certifications

Cisco Digital Network Architecture

Implementation Essentials (DNAIE)

This training provides students with the guiding principles and core

elements of Cisco’s Digital Network Architecture (DNA) architecture and its

solution components including; APIC-EM, NFV, Analytics, Security and

Fabric.

None





Cloud Cisco Education Offerings

Course Description Cisco Certification

Understanding Cloud Fundamentals (CLDFND)

Introducing Cloud Administration (CLDADM)

Learn how to perform foundational tasks related to

Cloud computing, and the essentials of Cloud

infrastructure, administration and operations

CCNA Cloud

Implementing and Troubleshooting the Cisco Cloud Infrastructure (CLDINF);

Designing the Cisco Cloud (CLDDES);

Automating the Cisco Enterprise Cloud (CLDAUT);

Building the Cisco Cloud with Application Centric Infrastructure (CLDACI)

Obtain professional level skills to design, automate,

secure, provision and manage private and hybrid

Clouds

CCNP Cloud

Product Training Portfolio:

UCS Director: UCSDF, UCSDACI

Prime Service Catalog: PSCF, PSCI, PSCD

MetaPod: MPODF20

Gain in-depth hands-on skills using Cisco solutions

to configure, deploy, manage and troubleshoot

Cloud deployments




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