is your network ready for the hyperconnected world?

0 Copyright 2015 FUJITSU

Human Centric Innovation

in Action

Fujitsu Forum 2015

18th – 19th November


Simon Rees CTO Fujitsu Network and Telecoms

Twitter : @simonjrees

#Hyperconnected


Is your network ready for the Hyperconnected World?


A hyperconnected world

An emerging new world where people, information, things and infrastructure are connected via networks, transforming work and life everywhere



The rise of connectivity, data and speed

More things

0

20

40

60

80

100

120

140

160

180

Exabytes per month

2014 2015 2016 2017 2018 2019

23% CAGR

Tablets

TV

Smartphone

PCs

More data

1980 1985 1990 1995 2000 2005 2010 2015 2020

1Kb

10Kb

100Kb

1Mb

10Mb

100Mb

1Gig

Actual Trend

Faster

Nielsen's Law of Internet bandwidth states that:

a high-end user's connection speed grows by 50% per year


The Zetabyte

1,000,000,000,000,000,000,000

bytes

66 Billion


Challenges with network operation

Constant app availability

Flexibility, scalability to meet future requirements

Build-out projects

Compliance

Network performance

Technology refresh

Security threats

Manage multiple suppliers

Blurring network boundaries

Evolution to SDN/NFV

Cloud connectivity

Complexity

Cost of operation and maintenance

Growing bandwidth requirements

How to keep the network running at its best?


Network & telecoms offerings

Managed networks

Unified communications

Network infrastructure

services

Virtual network service provider

The Internet of Things

SDN / NFV


What is SDN and NFV?


SDN and NFV

Enabler allowing an orchestration function to configure end to end services within the network.

Running network functions in a virtual machine on commodity commercial off the shelf hardware.

Software-Defined Networking Network Functions Virtualisations


Network virtualisation approach

Standard servers

Standard ethernet switches

Virtualisation

Orchestrator

Virtualisation

Virtual SBC

Virtual Firewall

Virtual Accelerate

Virtual CE Router

CE Router WAN Acceleration

Firewall SBC


SDN technology overview

SDN Controller

Operational Support System / Business Support Systems

Applications

Orchestration

Customer Premises

Data Centre

Topology and route protocols

SDN control protocols

Network

VM

VM

VM

VM

Orchestration

Controller

Underlay SDN solution

Network

Openflow Netconf

Orchestration

Controller

Overlay SDN solution

VM

VM

VM

VM

Network


NFV technology overview

Cloud computing architecture

VM VM VM VM

Hypervisor

Virtual Switch

Virtual Slicing

Virtual Slicing

Network Interface Controller

(NIC)

Core Core

NFV architecture

VM VM VM VM

Hypervisor

Virtual Switch

Virtual Slicing

Virtual Slicing

Core Core

Management

VNF Manager

NIC

V V V V

NFV Mano

SR-IOV

SR-IOV – Single Root - Input / Output Virtualisation

DPDK – Data Plane Development kit

DPDK DPDK


NFV solution – out of the box

Network

OpenStack Nova (Compute)

OpenStack Neutron (Networking)

Orchestration

Server Fujitsu PRIMERGY®




Virtual network functions

OSS / BSS

Test

Linux KVM

VSwitch

Monitoring Performance Configuration SDN Controller Accounting

SBC

Firewalls MPLS Edge WAN Accelerator

Virtual CPE Loadbalancer

Single Pane of Glass


Introducing 1Finity


A Disruptive 1Finity Portfolio

Open Rack / Shelf Access DC Core

Designed for the industry disruption underway

Conventional Rack

Fujitsu Open Rack

Fujitsu Open Shelf

UAP (Universal Access Platform)

USP (Universal Switch Platform)

UTP (Universal

Transport Platform)

ULP (Universal Lambda Platform)

SIE (System Integrator Element)

L0

L1

L2.5

vMCU


Metro Data Centre Interconnect Component

Half width PIU in 1RU Line:– 2 x 200G Client: 4 x 100GE Capacity: 800G, in future -> 1.6T PIU Power: ~350W, Up to 100km reach without amplification

800G Transponder; 1.6T in 1RU

100 GbE 200G 100 GbE 100 GbE 200G 100 GbE


Virtuora NC - SDN controller Modular Architecture, Multi Layer, Multi Vendor

Service activation

Service restoration

Topology OTN WDM

(APIS and NBIS)

Southbound adaptation

Model-driven service abstraction (MD-SAL)

Device Layer

Network Layer

Service Layer

Logical functional layers

Datastore

Topology, state change, alarms, events, PM, DB change

Packet and other

Virtuora SN-V

Juniper, Cisco, ALU

Flashwave 9500

Flashwave CDS

1finity

Northbound adaptation

(Netconf, Openflow, TL1, CLI, other)

Configuration

API definitions (north)

API definitions (south)

Data models

YANG

Network infrastructure

Controller platform

Functional application adaptation

Interchangeable open source

SDN platform

Physical network device mediation

1

2

3


Data Centre Core POP Core POP Data Centre

SDN partitioned virtual networks

NFV in a box

1Finity

10G Rings

1Finity

Access POP

10G Rings

1Finity

Access POP NFV in a box

1Finity

Customer 1

Customer 2


Managed Networks


Managed networks 2.0

Best in class toolset

Flexibility, scalability to meet future requirements

Public Cloud interconnect

Intelligent WAN

WiFi – location and analytics

Network Function Virtualisation offer

State of the art in managing networks


Detect Connect Engage

In-store retail analytics

• Presence and location detection

• Visibility (Wi-Fi, BLE)

• Easy Wi-Fi login, custom or social

• Zone-based, custom splash pages

• App-based mobile engagement

• Context-aware in-store experiences

In-Store Analytics


In-store retail analytics – Heat Map


Real-Time Traffic Map

In-store retail analytics – Real Time


Intelligent WANs

Mobile Data

Private MPLS

Internet

Datacentres

Public clouds

www


Intelligent WANs – Remote VPN

Mobile Data

Private MPLS

Internet

Datacentres

Public clouds

www


9

Public Cloud Connection

Private MPLS

Internet

Public clouds

Better Latency

More Bandwidth

More Reliable

More Secure


Applications

IOT solutions

M2M Enterprise

Management MQTT CoAP AMQP

PKI Encryption

Directory and

discovery services

Audit

Process automation

Smart asset management

Machine learning

& analytics

Augmented reality

IOT Platform

Big Data

GIS

Wi-Fi Mobile Radio WAN LAN

Wearable Industrial Environment Home Transport

Cloud platforms

Fujitsu Cloud Service K5 MS Azure

Mediation

Security Service management

Network

Connectivity and device management

Power harvesting Environment / sensors

Aggregation / gateways

Service Desk

SCADA


Hyperconnected van

WiFi

2G / 3G / 4G

Dashcam

Sensors

RFID Reader

Fleet tracking

Process Automation

Smart Asset Management

EE 02 Vodafone Thin Client


Hyperconnected fish bowl


IOT mediation

Data Store

Service Bus

Protocol Handlers

Rules Engine Event

Handlers

IOT Platform User Interface

API Service Connectors

Sensors Gateways

Voice & SMS RunMyProcess Other Services Email

Sensor Cloud

Big Data Analysis

Data Connectors

Machine Learning

Mediation Cloud

Business Cloud


Demo

https://twitter.com/TheConnectedVan

http://smartiot.guru/SmartIOT/Dashboard?id=VAN

Twitter: @TheConnectedVan


http://smartiot.guru/SmartIOT/Dashboard?id=VAN




Hyperconnected world

Unified communications

Run my Process

People

Managed networks

SDN & NFV

Information

Sensors and smart asset management

Things


Is your network ready?

Can you cope with increases in bandwidth?

Do you have the knowledge to deploy NFV/SDN and the flexibility that will give you?

Can you exploit the data you can get from the network?

Can you extend your network across Public and Private Clouds?

Are you going to be able to manage all the devices?