Transcript Smart Cities

Wired
Management
Wireless
Security
Industrial
Connectivity
Allied Telesis: Network Smarter
Worldwide
• Founded 1987
• HQ Tokyo Japan
• Tokyo Stock Exchange
• EMEA HQ Schiphol-Rijk
• 36 locations (21 countries)
• 2800 empoyees
• 2 Manufacturing facilities
• 7 R&D centers
• 3 Warehouses
Do we all need this?
“A smart city is a system of systems – water, power, transportation, emergency response,
built environment, etc.– with each one affecting all the others. In the last few years, we’ve
refined our ability to merge multiple data streams and mine them for amazing insights. It is
those insights – presenting, perfecting and predicting – that enhance the liveability,
workability and sustainability of a smart city.”
Smart Cities Council
Smart Cities
SmartCities Council Member
Allied Telesis: Lead Member of the SmartCities Council since Jan 2015
 Biggest initiative worldwide for Smart cities
 Lead Members of Smart Cities council: Schneider
Electric
IBM, Cisco, Microsoft, MasterCard, Verizon, GE
 Associated partners: ABB, Oracle, Siemens, Intel
and many more
 Estimated investments 2010 - 2020: > € 100 Billion
Expected population distribution
The future of cities
Population
By 2050 70% of
world population
will live in cities.
Today it’s 50%
Source:
Energy
CO2 &
Environment
Connectivity
Cities consume
high amounts of
energy. About
75% of world total
80% of greenhouse gas
emissions are
generated in cities
In 2020, expect
more than 50
billion connected
devices
International Energy Agency
Mobility
The transportation
sector is expected
to grow more than
any other in 2020
Questions for todays cities

How can I reduce energy use in my city?

How can I improve mobility in my city?

How can I make neighbourhoods safer in my city?

How can I deliver enough clean water to my city?

How can I accelerate economic development in my city?
Smart Cities Council
How does technology benefit a Smart City?
»
Energy-saving
– Intelligent power-saving street-lights that brighten as a pedestrian or cyclist approaches (Glasgow)
»
Improved mobility
– City congestion charges applied to vehicles during peak periods reduces traffic by up to 25%, increases use of
public transport and reduces pollution (Stockholm)
–
Traffic light systems allow an emergency vehicle to follow a green-light route through the city to reduce
response times (Barcelona).
»
Safer
– Historical crime data analysed so police can predict where crimes will occur and officers deployed there in
advance (Arizona)
»
Water supply
– Rainwater is pumped into underground aquifers for irrigation use during dry spells (Australia).
–
»
Water pressure is automatically adjusted to suit conditions reducing leaks & usage (California)
Economic development
– All of the above contribute to a better city where people and businesses want to be located
IP Convergence – Enabler of Surveillance and much more!
LocationBased Services
Access Control
Video Training
Campus Transportation
Monitoring
Digital Signage
First Responder
Monitoring
Nothing works
IP a
without
Network
network
Radio
Interoperability
VOIP Safety
Communications
Conferencing and
Collaboration
PSAP Integration
Visitor
Management
Acoustic and Motion
Sensors
Video
Surveillance
Building System Monitoring
Software Defined Networking
(SDN)
What
WhatisisSDN?
SDN?
»
SDN is a new way of looking at network infrastructure
– separates the data plane (the part that forwards packets) from the control plane
(the part that decides where the packets should go)
How is SDN different from what we have now?
»
»
Traditionally, a lot of network control resides in the data forwarding devices
(switches and routers).
SDN puts control in devices called Controllers, which are themselves serving
Applications running elsewhere
Where does OpenFlow fit in?
» The terms SDN and OpenFlow are often used interchangeably
» But, OpenFlow is just a component of SDN
– A standard API for SDN controllers to communicate with network devices
SDN architecture
This is the control/data architecture for a network running SDN
The role of OpenFlow as the standard
API for controlling switches means that a
large part of the network infrastructure
can be standardised – one major benefit
of the SDN approach
Enterprise SDN – example application
»
A school wishes to automate student access to special network resources
»
Only students attending a specific class should have access to special resources for
that lesson
»
»
–
E.g. color printer only for graphics students,
–
Less restrictive internet access for media students (YouTube access, for example)
SDN could enable network to understand school timetable and reconfigure student network access
permissions accordingly
–
Changes could occur automatically between classes!
–
Even last minute changes to timetable could be made without disruption or stress
–
No I.S. staff required to implement network changes – SDN makes it all automatic!
This is not a dream! We are already building these applications…
Allied Telesis OpenFlow products
» In July 2015, Allied Telesis announced OpenFlow support for the AT-x510 (24
port only), AT-x930 series, DC2552XS/L3 and AT-TQ4600
» Products with a range of performance and port speeds are now available
– Not just core switches, OpenFlow at the edge too!
» Switches are hybrid so support all existing AlliedWare+ features too
Secure Enterprise SDN – Allied Telesis model
“Secure Enterprise SDN” enables customers to focus on their business rules and applications rather than
on how their network is configured. Combined with powerful management tools, this lowers operating
expenses and increases business agility.
Applications
Business intelligence
GUI
CLI
Management
Applications Layer
SNMP
CLI
Stats
Northbound API
SDN controller
SDN controller
Control Layer
OpenFlow
Stats
Traps
Network device
Forwarding Layer
OpenFlow
Forwarding engine
Networking protocols
Secure Enterprise SDN – is reality
The Secure Software Defined networking model is already available!
Business intelligence
SNMP
CLI
Stats
GUI
CLI
RESTful API
SES
Controller
SDN controller
OpenFlow v1.3
Stats
Traps
OpenFlow
Forwarding engine
Networking protocols
x510, x930 and DC2552XS/L3
Network Smarter
Allied Telesis Management Framework
Allied Telesis Management Framework (AMF)
»
AMF is an embedded technology within the AlliedWare Plus
OS
»
AMF saves valuable time and money by automating daily
network management tasks:
–
Making configuration changes to multiple units
–
Backing up configurations
–
Rolling out a firmware upgrade
–
Adding new units to the network
–
Recovering failed units with new units
Easy Management- AMF in action
Centralized
management
Auto-backup
Auto-recovery
Auto-provisioning
Auto-upgrade
AMF Auto-Recovery for Firewalls
Demo
m a s t e r
AMF virtualization
m a s t e r
Virtual
c o n t ro l l e r
master
Virtual
controller
m a s t e r
Long-term vision for AMF
Router
AMF Controller
AMF Master
AMF Master
Video/Voice Mgd
SDN Controller
Switch
AMF Guest node
Wireless
AMF provides
Router
Switch
-
Secure Infrastructure
Centralized Management
Auto Recovery
Zero-Touch Installation
Visual Management
For all Devices/Sensors
AMF Guest node
Wireless
Network Smarter
Enterprise switching
Network Core
SMB
Layer 2+
Advanced Layer 3
Layer 3
AW+ switch portfolio
SBx908
v2 XEMs
SBx8100
CFC400
SBx8100
CFC960
DC2552XS/L3
Distribution
x900 series
Coming
soon!
x550 series
New!
Coming
soon!
XS900MX series
x610 series
Intelligent Edge
New!
New!
GS900MX series
IE200
series
x230 series
IX5-28GPX
x510 series
New!
Coming
soon!
Coming
soon!
x350-10GPT
IE510-28GSX
x210 series
x930 series
IE300
series
x310 series
Network Smarter
Next Generation Firewalls
Branch Office
Head Office
Performance
Next-Generation
Firewalls
Virtual appliances (NFV)
NGFW
Email proxy
Malware sandbox
VPN aggregator
UTM
BGP router
AR6050S
VPN Firewalls
AR4050S
AR2050V
AR3050S
AR2010V
Available
In Devt
VPN, firewall and IDS features only.
No App or Web Control
Branch Office
Small / Medium Enterprise
Planned
Large Enterprise
What
is SDN?do we need all this?
Conclusion:
Livability: Cities that provide clean, healthy living conditions without pollution and
congestion. With a digital infrastructure that makes city services instantly and conveniently
available anytime, anywhere.
Workability: Cities that provide the enabling infrastructure -- energy, connectivity,
computing, essential services -- to compete globally for high-quality jobs.
Sustainability: Cities that provide services without stealing from future generations
Merci!
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