São Paulo 19 de Setembro 2017

Renato Pazotto

INOVAÇÃO NA INFRAESTRUTURA URBANA

https://www.youtube.com/watch?v=lgIfC5l0DzI&feature=youtu.beUm Circulo virtuoso para as Cidades

Melhora da

Qualidade de

Vida.

Atrair e Reter

Talentos

Permitir às

Empresas a

Competir e

Prosperar

Impulsionar a

cidade com

um local de

Classe

Mundial

Otimizar o

Impacto

Econômico e

Inverstimento

s

Connected Digital Platform

Analizar Visualizar Coletar Agir

EdgeEdge Edge

Traffic

Mgt.

Public

Transport

Parking

Smart

Meters

Street

Lighting

Security

Cameras

Cidades Inteligentes

• Fator de Desenvolvimento Econômico

• Reduz custos de manutenção, operação e deslocamento

(teletrabalho)

• Proporciona informações para o desenvolvimento urbanístico e

meio ambiente

• Permite a automação de processos e flexibilidade de

gerenciamiento.

• Melhores serviços aos cidadãos

Wi-Fi

Monitorament

o

Inteligente

Trafego

Inteligente

Iluminação

Inteligente

Smart Cities is a Journey, not a Destination

It is not about Technology, it

is about the People, the

Citizens

How do you deliver a better city to

the citizens?1

2

3

4

Initiative across all

departments to get buy-in

Cross-Department

Budget

PPPP

Ecosystem

© 2014 Cisco and/or its affiliates. All rights reserved. Cisco Confidential 5

Va

lue

Cre

ate

d

Time

Connected City

Infrastructure

Improves lives through responsive infrastructure via smart:

• Lighting

• Mass transit

• Parking

• Vehicle Traffic Management

• Pedestrian Traffic Awareness

Accessible /

Mobile City Hall

Increase access to city services by taking City Hall to the people via:

• Mobile trucks for underserved neighborhoods

• Kiosks in popular tourist areas, financial district, stadium, port etc.

• Mobile city hall apps

Public Safety

and Resiliency

Inform / Protect residents before during and after incidents:

• Intelligent signage

• Smart and resilient building materials

• Seamless cross jurisdictional communications

Hyper

Connected

“Giga City”

Connects public employees to the network and residents to the internet via

• City-wide fiber

• Pervasive Public WiFi “Urban Area Network”

Intelligent /

Responsive

Infrastructure

Digital City: The Journey

Extreme connectivity

• Driverless cars, Drones, V2V, V2P

• Wearables, Embeddables

• Smart electrical grids, water and waste management

Trends and Challenges

Connected Roadways

August 13th 2017

Transportation: The Top Priority for Cities

Social Services

Energy

Public Housing

Water

Waste Mgt

Public Safety

Health Care

Education

Environment

Transportation

Water

Health Care

Environment

City Mgt

Leisure and Culture

Energy

Communications

Education

Safety and Security

Transportation

Need for investment over the next 5-10

years by infrastructure area

Infrastructure area most important in attracting

economic investment

Source: WEF 2009, Survey of public and private sector stakeholders across world’s top 25 cities

86

77

77

66

67

69

70

71

71

74

27

09

06

03

04

05

06

06

06

06

Global Trends Driving Changes in Transportation

Increasing Connectivity

Network Convergence

IT in the Operational Domain

Growing pressure to provide safer roads + mass transit

New revenue opportunities for roadside/ station services

Increased urbanization & congestion

Safety & Security Mandates

Disparity between regions & countries

Sustainability

Today’s Transportation Challenges

Safety

• More than a million people die each year on the world’s roads.

• Over 33,000 highway deaths and 5.6 million crashes occur in the U.S. alone.

• Accidents on roadways are leading cause of death for ages 15-29.

Mobility

• Now over one billion cars are on roads worldwide.

• Congestion causes 5.5 billion hours of travel delay.

• $101 billion cost of urban congestion in U.S.

• Drivers in top ten congested cities in UK waste over 55 hours per year in traffic

Environment

• 2.9 billion extra gallons of wasted fuel in U.S. due to congestion

• Transportation creates nearly 1/3 of greenhouse gas emissions in the U.S.

Total Greenhouse Gas Emissions by

Economic Sector in 2011

Electricity

33%

Transportation

28%

Industry

20%

Commercial and

Residential

11%

Agriculture

8%

São Paulo is driving the traffic modernization

Transit Infrastructure as a driver for SMART CITIES

Why Going “Digital” is Important

For Transportation Now

© 2013 Cisco and/or its affiliates. All rights reserved. Cisco Confidential 12

City Wide Network – Phase 1 – Foundation for Future Services

• Open Standards & Regulation

• USDoT

• Global Compliance

• European Commission

CISCO VALIDATED DESIGN

• Multi-Modal Intelligent Traffic Signal

System (MMITSS)

• Alters traffic signal timing to give

priority right-of-way

• Reduces intersection delay

• Can be triggered by mass

transit or emergency vehicles

• Signal system remains

coordinated with preserved

signal cycle length

Integrated Traffic Signal Prioritization (TSP) – Phase 2 – Integration & Coordination

Connected Vehicle Network – Phase 3 – Future Proof Infrastructure

819 ISR

DSRC OBU

CAD/AVL VLU

DSRC RSU

Transport

Curb side

Road

Private

Vehicle

TSC/TSP

ASR 901

819 ISR

ASR 901

819 ISR

ASR 903

ASR 903

Cisco® ASR

903

ASR 903IP/MPLS

Domain

TSC/TSP

DSRC RSU

Yard4451X ISR

DSRC RSUDSRC RSU

DSRC RSU

DSRC RSUDIS

819 ISR

DSRC OBU

CAD/AVL VLU

Public

Vehicle

ASR 9000 ASR 9000Core and

Aggregation

IE 2000Cisco IE 2000

Traffic Management CenterDavra RuBAN

Cisco Nexus

Switch

Cisco Nexus®

Switch

Cisco Nexus

Switch Traffic Operations

Cisco Nexus

Switch

CDP Mobility

Operations Center

Jasper

Intelligent Transportation Architecture

Maintenance and Construction Management

Commercial Vehicle

Administration

Toll Administration

Emergency Management

Traffic Management

Fleet and Freight Management

Archived Data

Management

Transit Management

Emissions Management

Information Service Provider

Remote Traveler Support

Personal Information

Access

Vehicle

Maintenanceand Construction

Vehicle

Emergency Vehicle

Commercial Vehicle

Transit Vehicle

Roadway

Security Monitoring

Toll Collection

Parking Management

Commercial Vehicle Check

CentersTravelers

Vehicles Field

Travelers Centers

Vehicles Field

Wide Area Wireless (Mobile) Communications Fixed-Point to Fixed-Point Communications

Vehic

le-

to-

Vehic

le C

om

munic

ations

Dedic

ate

d S

hort

Range C

om

munic

ations

Cisco Confidential 23 © 2013-2014 Cisco and/or its affiliates. All rights reserved.

Dedicated Short Range Communication (DSRC)

• Two-way secure wireless communication system • short to medium range

• Standardization

• IEEE802.11p used for DSRC. IEEE 1609 WG defines DSRC wireless communications standards for Wireless Access in Vehicular Environments (WAVE)

• SAE J2735 defines the messaging schema implemented over DSRC to enable V2I and V2V data exchanges

• SAE J2945 defines minimum performance requirements for DSRC systems

• Benefits • Designated License Bandwidth

• Fast Network Acquisitions

• Low Latency

• High Reliability

• Priority of safety

application

• Interoperability

• Security and

Privacy

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ITS Global Standards

Center-to-Field

NTCIP

Traffic management

Center-to-Center

IEEE 1512.x, TMDD

Emergency Management

Traffic management

In-Vehicle

SAE J1760, SAE J2366/x, SAE J2395

Data Collection

Information display

Vehicle-to-Vehicle

IEEE 802.11P, IEEE 1609.x, SAE J2735

Cooperative collision avoidance

Vehicle-to-Infrastructure

ASTM E2213, IEEE 802.11P,

IEEE 1609.x, SAE J2735

Road hazard alerts

Traveler information

Reference Projects New York City