Secure Digitization:Best Practices from Leading Cities Around the World

Amr Salem

Global Managing Director Smart Cities and IoT, Cisco

November 29, 2016

7.26.8 7.6

World Population

Increasingly Everything will be Connected to Everything

Rapid Adoption rate of digital infrastructure:

5X faster than electricity and telephony

50Billion

“Smart Objects”

50

2010 2015 2020

0

40

30

20

10 Bil

lio

ns

of

de

vic

es

25

12.5

Inflectionpoint

Timeline

Industrial Revolutions

Internet of Things

SteamRailroads InternetElectricityCanals

Sizing Up the Opportunity for Key Lighthouse Cities

Total

Value at Stake$8.1 B $3.1 B $1.4 B $1.2 B*

Total #

Use Cases 15 36 10 17

Top

Use Cases /

Value at Stake

Water Mgmt. $883 M

Safety and Security $849 M

Smart Traffic $845 M

Smart Lighting $62 M

Smart Parking $28 M

Video Surveillance $64 M

Water Mgmt. $58 M

Smart Parking $67 M

Smart Lighting $47 M

Smart Buses $28 M

Smart Traffic $390 M

Water Mgmt. $263 M

Smart Parking $139 M

Waste Mgmt. $74 M

Smart Lighting $63 M

Smart Buses $157 M*

Smart Lighting $75 M*

Video Surveillance $49 M*

Smart Parking $32 M*

Waste Mgmt. $18 M*

BarcelonaChicago Copenhagen Dubai

Cisco estimates based on publically available information. Shown in US$. Estimated results over 10 years (except Dubai). * Dubai results estimated over 5 years.

Securing Smart City Technology

New Security Risks Secure Digitization Fundamentals

Ongoing Process Security Embeddedin Network

Next Generation Security Model

1 2

3

Adelaide, Australia

Smart Lighting

• Reduction in power consumption and less

maintenance requirements

• Automated fault detection alerts

• Multi-service sensors

“The early stages of all our projects are about building trust and ensuring the services are secure, reliable and valuable to people.

For example, one of the first phases of our smart lighting project involved conducting a security audit of the infrastructure”

- Adelaide City Council’s CIO, Peter Auhl

Hamburg, Germany – Development of a Seatropolis

Smart Parking2Traffic Monitoring

& Environmental Sensors1

• Optimized traffic flow

• Reduced maintenance costs and risks

• Reduced congestion and air pollution

• Increase in parking revenue

• Less fuel costs for citizens

Copenhagen, Denmark – Street Lab, PPP

Waste Management

• Efficient waste collection routes

• Reduced CO2 emissions

Smart Lighting

• Reduced energy consumption

• Minimized costs

• Less maintenance

• Increased public safety

21

“New technology will play an important role in solving the challenges faced by Copenhagen in the coming years – not

least in relation to population growth, traffic, environment and climate. We must use the new digital, smart solutions to

create a better and more sustainable city”

- Copenhagen’s Mayor for Technical and Environmental Affairs, Morten Kabell

Smart Cities Boost Innovation in a Local Economy

JobsNew City Services Collaboration

OPEN PLATFORM

Public

Sector

Private

SectorStart-Ups

Quality of Life

Sustainability Cost Reduction

8) Continuous

Improvement from

lessons learned

3) Set the Long-

Term Vision

4) Identify Problems

& Targets

1) Cross-Departmental

Team rather than

departmental siloes

2) Citizen Engagement

5) Diagnosis of

city resources &

infrastructure

6) Action Plan, &

Implementation

7) Assess Metrics1

2

3

4 5

6 7

8

Critical Path of a Smart City Journey

Country Digitization

Acceleration