07. Software Defined Cities_The Next Generation for Smart Cities Networks_Yaniv Aviram_Avaya_Smart City 2015

Virtualization, Security, Simplicity

Smart Virtual networks

for Smart Cities

Yaniv Aviram Networking Sales Engineer Avaya Israel

© 2015 Avaya, Inc. All rights reserved.

Infrastructure and core hardware ~350M PCs Annually (1995)

HARDWARE & INFRASTRUCTURE

1.0

Value-added services & apps built on top of a data from connected devices 50B by 2020

3.0

SERVICES 2.0 DEVICES

OPERATING SYSTEM

Connected devices running on an operating system. ~2.32B Annually (2005)

“Internet of Things” to the “Internet of Everything”

INTERNET OF THINGS INTERNET OF

EVERYTHING


What do we know about the future ?


Short Video from YouTube (2:00 minutes) From Back to the future – 30 years after https://www.youtube.com/watch?v=Q0VGRlEJewA&feature=youtu.be

Marty McFly & Doc Brown Visit Jimmy Kimmel Live

https://www.youtube.com/watch?v=Q0VGRlEJewA&feature=youtu.be




THE WORLD HAS CHANGED

LIKEWISE… Citizens NEED

© 2015 Avaya, Inc. All rights reserved. © 2015 Avaya, Inc. All rights reserved.

More secured, Mobility, Quick Access


Gartner 2016 trends – The new IT !

* 6th Oct 2015

Digital Mesh Smart Machines


Agility Gap

Ag

ilit

y

Time

Smart City Applications Growth

Today

• Public Safety

• Video surveillance

• Public Wi-Fi

Sense the city

Citizens Engagement

Enterprise Tomorrow

• Automated Lights

• Trash collection

• Automatic parking enforcement

• Mobile workforce

• Citizen’s engagement

• Location based services

• Compliance

• Business Intelligent

• …..


Building blocks of a Sustainable future


What is wrong with Today’s Network Enjoy the ride…

Fabric Interconnect (FI)

DC Core

Campus Core

Campus Distribution

Campus Access

Fabric Extender (FE)

Primary DC

Secondary DC SIMPLICITY?


IP

Network

Complexity

Time to Deploy

Troubleshooting

Slow Resiliency

High Cost $$$

Business-critical Applications

STP

OSPF

The Protocol

Stack

(a Stack of Protocols)

BGP

STP

OSPF

BGP


The game is changing – The Virtualization era

Better Time to provision

Automated Tasks

Improving agility

Free human error

Optimize resources

Business Continuity

Lower TCO


Enterprise - Wide Network Virtualized

Virtualization - Delivering Network-as-a-Service

Creating the only optimized end-to-end Cloud architecture

Simplicity - Configuration & Management

Efficient service activation – free of error & delay

Security - Optimized Traffic Separation

Ensure regulatory compliance & multi-tenant partitioning


The Benefits of Virtualization

Server Virtualization

Allows aggregation of multiple independent virtual servers to exist

on a physical server

Network Virtualization

Decouples the physical infrastructure from the connectivity services making the network adaptive and dynamic with

simple one-touch provisioning

Compute

Access

Data Center

Core

Campus

Core

Distribution

Layer

Access

Layer


SPB vs TRILL / Fabric Path / Traditional + MPLS

Traditional Protocol Stack SPB’s simplicity

e.g. RIP/OSPF Protocol Infrastructure

UC IGP (IS-IS or OSPF)

Layer 3 Unicast Service

e.g. PIM Protocol

Infrastructure

Layer 3 Multicast Service

To

p –

Do

wn

Ver

tica

l dep

end

ency

e.g. RFC4364 Protocol

Infrastructure

Layer 3 Virtualized Unicast Service

Layer 3 Virtualized Multicast Service


Layer 3 Multicast

Service

Layer 3 Unicast Service

Layer 2 Virtualized

Service

IP/SPB, SPBm/SPBm Protocol Infrastructure

Ethernet Physical Infrastructure

Horizontally Independent

Connectivity Services independent from Infrastructure e.g. Draft Rosen

Protocol Infrastructure

Layer 3 Virtualized Multicast Service

Physical Infrastructure

Ethernet

e.g. 802.1q/D Protocol

Infrastructure

802.1D/Q (STP/VLAN)

TRILL / FabricPath

Layer 2 Virtualized Service

e.g. VPLS Protocol Infrastructure


OTV


Software Define Anything

SDDC – Software-Defined Data Center

SDS – Software-Defined Storage

SDN – Storage-Defined Network Network Virtualization & Separation

Ease of New App Deployments

Lower OpEx/CapEx

SDN identified as Top 10 Strategic Technology Trends in 2015 by Gartner.

http://www.gartner.com/newsroom/id/2867917





AUTOMATED

CORE

Introducing

Avaya SDN-Fx A Fabric-based SDN model for Simplicity Everywhere

ENABLED EDGE

** Based on SPB standard (IEEE 802.1aq)


Node A

Node B

Node A

Node B

Node C

Node D

I-SID T

SPB Fabric uses 2 Primitives

Unicast Shortest Path S D Service-specific Multicast

Shortest Tree rooted at S


Building one Physical Infrastructure


Building one Physical Infrastructure One-hop Enterprise

Fly to your destination

ANY Topology

1 Protocol

SPB Fabric Connect


Building one Physical Infrastructure

Automated

Edge

VLAN

VLAN

DToR Leaf/Spine

VLA

N

VLA

N

VM

VM


Delivering Secure & Elastic Zones

PCI Compliance, No ACL’s, No FW

Servers Storage

VM


Video surveillance Zone

Public WiFi Zone

Trash collection

Kiosk Zone

Business Value: End-to-End Application-based Cloud Services

23


Concerned about your ability to learn?

Configuring a single Layer 2 VPN (VPLS) Avaya Fabric Connect

set routing-instances RI-IPN-L2L01 instance-type l2vpn

set routing-instances RI-IPN-L2L01 interface ge-0/0/8.700

set routing-instances RI-IPN-L2L01 interface xe-0/2/0.700

set routing-instances RI-IPN-L2L01 route-distinguisher 13.13.13.1:1013

set routing-instances RI-IPN-L2L01 vrf-target target:64999:1013

set routing-instances RI-IPN-L2L01 protocols l2vpn encapsulation-type

ethernet-vlan

set routing-instances RI-IPN-L2L01 protocols l2vpn site H15-H15-IPN-

L2L01 site-identifier 1

set routing-instances RI-IPN-L2L01 protocols l2vpn site H15-H15-IPN-

L2L01 interface xe-0/2/0.700 remote-site-id 11

set routing-instances RI-IPN-L2L01 protocols l2vpn site RH15-H15-IPN-

L2L01 site-identifier 11

set routing-instances RI-IPN-L2L01 protocols l2vpn site RH15-H15-IPN-

L2L01 interface ge-0/0/8.700 remote-site-id 1

set interfaces ge-0/0/8 unit 700 description L2-IPN-L2L01

set interfaces ge-0/0/8 unit 700 encapsulation vlan-ccc

set interfaces ge-0/0/8 unit 700 vlan-id 613

First device done…now, onto the next...

(Now this might take a while…)

(Actually, we need to speed things up…)

Conventional L2 VPN (Any vendor)

vlan i-sid 7 700

DONE – end-to-end..!


SDN Fx - Automated Core

Fabric Connect Automates Network Functions

The Fabric Automation Network

• Single tier • Single protocol • Single resiliency model • Automated core configuration • Automated attach • Automated extension


SDN Fx – Extend to the Edge

81% Plan to implement SDN

outside of the Data Center Open Networking

Adapter Fabric Extend

Open Networking Adapter

Deployable by non-IT staff

QR code registration

Fabric Extend

Simplified network migration

Edge-to-edge SDN

AUTOMATED

CORE

ENABLED EDGE

OPEN ECOSYSTEM


• Virtualized

• Business Continuity

• Non-Structure

• Secured

• Invisible Network (PCI/HIPAA)

• Simplicity

• Faster TTS & TTR (Cloud Agility)

• Optimized for Smart-X, IoT

• Automation – Open eco-system, NFV optimized

One Fabric, 16 millions applications


Is Your Network Visible?

Your network is: • Hierarchical

• Using IP hops

• Capacity and

configuraton are

nodal base

I see it ALL Lets have

fun !!!

Legacy

Network

topology view

to IP hacker


DToR

Leaf/Spi

ne

Server

Storage

VLA

N

VLA

N

Automated

Edge

VLAN

VLAN

L2/L3 VSN

Your network

could be: • Invisible to IP

hacking

• Protect your

business

• And PCI

compliant

SDN Fx

topology view

to IP hacker

Is Your Network Visible? What is this? I can’t see anything?

No switches or routers?


Avaya Fabric Connect The Network of Choice For IP Video Surveillance

10x Scalability

3x Performance

50x Faster Re-convergence


Networking solution for Video Surveillance

Working with global partners to bring you

best in class IP Video Surveillance

solutions…


SDN-Fx, An Open Ecosystem

Fabric Orchestrator

Multi-purpose, Multi-reach Unified Network Management

Integrated SDN Tools

Contributing to industry projects

Use standardized versions

Providing common interfaces

Avaya Switch and Fabric Management

Fabric Orchestrator 89% CIO/VPs say SDN programming

must be simple before they will adopt

RESTful APIs

AUTOMATED

CORE

ENABLED EDGE

OPEN ECOSYSTEM


Next Generation SDN Fx Portfolio

ERS 3000

ERS 8000

VSP 7000 VSP 4000

VSP 8000

VSP 9000

ERS 4000/5000

WLAN

9100

SDN Fx Architecture

Fabric-Attach 3rd

Party Devices

Industry Projects

Collaboration

Pods

ONA


A New Eco-System


Fabric Automation SDN • Virtualization • Simplicity • Security

Enable the Edge

Yaniv Aviram Network Sales Engineering

Avaya Israel

[email protected]

mailto:[email protected]

Documents

07. Software Defined Cities_The Next Generation for Smart Cities Networks_Yaniv Aviram_Avaya_Smart City 2015