A smart city integrates various information and communication technology solutions to efficiently manage urban assets and improve quality of life through economic development, mobility, and sustainability. The Government of India launched the Smart City Mission in 2015, focusing on funding and development strategies for over 90 cities, emphasizing a people-centered approach, public-private partnerships, and critical infrastructure. Key initiatives include implementing smart solutions in areas like transportation, waste management, and energy efficiency, supported by a structured governance and project management framework.

1. Smart Cities

2. Wikipedia
• A smart city is an urban development vision to integrate multiple information and
communication technology (ICT) solutions in a secure fashion to manage a city’s
assets – the city’s assets include, but not limited to, local departments
information systems, schools, libraries, transportation systems, hospitals, power
plants, water supply networks, waste management, law enforcement, and
other community services.
Business Dictionary
• A developed urban area that creates sustainable economic development and high
quality of life by excelling in multiple key areas; economy, mobility, environment,
people, living, and government. Excelling in these key areas can be done so
through strong human capital, social capital, and/or ICT infrastructure.
What is a Smart City?

3. Government Of India (GOI) Smart City Mission

4. GOI Smart City Mission along with Urban Local Bodies (ULB)
• Launched on 25th June 2015
• 90+ cities announced so far…
• Funding : 1000 cr per city
48000cr
over 5 years
100 cr per
city per year
on average
GOI
Equal
Contribution
100 cr per
city per year
on average
ULB

5. Dovetailing of interlocked programs around the smart city mission by Indian Government

6. Smart city in India

7. • City Profile
• Area Based Development
– Retrofitting
– Redevelopment
– Greenfield
• Pan City Development
• Implementation Plan
• Financial Plan
Smart City Proposal

8. Overview
Special
Purpose
Vehicle
(SPV) Project
Management
Consultant
Handholding/
Funding Agencies
World Bank
ADB
JICA
USTDA
SPV consists of
authorities from
Municipal Corporation
City Water Department
City Power Department
Transport Authority
Housing Agency
Health Agency
Smart Water
Smart
Mobility
SmartCityPackages
ICT &
eGovernance
Solar
Smart
Lighting
24*7 Water
Supply
Social Infra
Waste Mgmt.
State
Government
Pan City Initiatives
Area Based Development
Forms
Convergence
Funds
AMRUT
HRIDAY
PMAY
Make In India
Swachh Bharat
Digital India
Implementer/
Partner
EPC
PPP
Concessionaire
Vendor
Developer
Contractor
Smart
City
Proposal
(SCP)
Develops
Hires Formulates RFP
Engages
Contribute Funds

9. A Smart City

10. Strategies for Smart Cities Success
 Smart City Projects Should Be “People-Centered, Problem-Driven and Responsible
 Thinking Globally and Acting Locally
 The Importance of Having a Comprehensive, Realistic Smart City Vision
 Slow and Steady Sometimes Wins the (Smart City) Race
 Experimental Smart City Projects Before you do a multi-million-dollar rollout, try it out in one small area. You can
use more of an iterative, agile approach and deliver incremental improvements on a monthly basis
 Learn from Startups without Trying to Replicate Them
 The Importance of Public-Private Partnerships Building Smart Cities Starts with Grassroots Support
 Data Governance, Privacy and Data Analytics Are Vital Considerations
 Explore Other Types of Alliances -partnering with local universities on data analysis, support across city officials
whether it is the police, fire, public works or any other department.
 Procurement Should Be Strategic

11. Master System
Integrator
(MSI)
Efficient Utility
Infrastructure
(Water, Waste-
Water)
Renewable Energy
Integration &
Microgrid
Intelligent Transit &
Traffic Management
Systems
Efficient Security &
Communication
systems
Emergency
Response System
Smart Public
Services
A smart city is a community that is efficient, livable, and sustainable and
these elements go hand-in-hand.
Master System Integrator

12. SMART Solutions & A Unified Command & Control Center

13. Typical Scope of Work
 City Network Backbone
 City Wi-Fi
 City Surveillance
 Disaster Management
 City Kiosk
 ‘’Smart Strip’’
o Smart Transport
o ICT enabled Solid Waste Management
o Smart Traffic
o Smart Lighting
o Smart Parking
o Environmental Sensors
 Command Control Center for Surveillance along with Server room and Helpdesk
 City Operations Centre along with Server room, Network Operation center, Helpdesk and DR for CCC
 Application Portfolio
o Smart Video Management, Video-Analytics, ANPR, RLVD, Enterprise management etc.
o Integrated City Operations Platform
o Integration with existing IT enabled systems like Dial-100 etc
Phase 1
• City Network
• DC/DR/NOC
• Command Center
• Disaster
Management
• Limited area
• City Wifi
• Kiosks
• Surveillance
• Smart Strip
Phase 2
• City Surveillance
• Traffic
Management
• City wide
• Wifi
• Kiosks
Phase 3
• Integration
• Analytics
• City Operations
Center
One Pan City Project – ICT led

14. Solution in Smart city segment
The smart cities segment as those that are helping to connect services, utilities, and roads to the internet. These are
providing data-driven services that help cities increase their efficiency in using resources and/or help increase public transit-
related mobility for city consumers.
Parking – are improving the efficiency with which we park our cars, doing everything from booking (ParkWhiz), parking
analytics (Parkifi), and smart metering (MeterFeeder).
Grid/Energy – These companies are using analytics, algorithms, and connectivity to keep supply and demand for electricity
in balance.
Data-Driven Urban Planning – These companies are providing access to new, hyperlocal data about our cities and helping
planners understand neighborhood needs better.
Smarter Transport – That are working on new commuter shuttle transit options powered by data (Bridj, Shuttl), or smart
bike-sharing programs (Zagster, Mobike, Ofo).
Environmental Sensors – Companies that are developing hardware to better understand our urban environment, from
weather data, to pollution, to ambient sound.
Connectivity – That are using different means to provide internet, connections, and infrastructure for new networks.
Waste Management – Using data and connected devices to optimize waste collection.
Traffic/Transit Data – Private companies that are using mobile and sensors to provide analytics around commutes and
congestion.
Water Software & Analytics – Tools that help analyze and test water in our cities.
Disaster Management – Helping local governments make quicker and more informed, data-driven decisions prior to and
during natural disasters.

15. To transform cities into smart cities
through IoT-enables m-Governance,
financial, enterprise solutions.
IoT
Smart Home
Smart Offices
Smart Metering
Smart Lighting
Smart Parking
Security & Surveillance
SOS
Analytics and Forecasting
Data Analytics
DSS services
Data Governance
Predictive modelling
Visual Analytics
Self learning
IoT Data Streams
Cloud and Big Data Technologies
The Smart City Services Platform (SCSP) is one of three Future Internet (FI)
Platforms that are part of the FI-PPP program.
The platform aims to foster the development and uptake of smart city
applications using technical components, so called enablers, provided by FI-
CONTENT.
This platform offers various specific and generic enablers focusing on
innovative and open smart city functions as open data databases, Point-Of-
Interest (POI) handlers, social network and community sharing as well as
recommendation services and interactive user-generated content.
The Smart City Services Platform high level architecture includes the main
scenarios and their necessary enablers (generic and specific ones).
Generic enablers (in blue) are provided by FI-Ware [4] and Specific Enablers
(in green) are provided by the different FI-CONTENT 2 partners.
The identified scenarios are the basis for the large-scale user
experimentations conducted within FI-CONTENT 2, each uses a subset of the
functionalities developed and provided by the Smart City Service Platform.
The scenarios represent main functionalities identified for the first release of
the Smart City Guide (SCG) application and builds the basis for development
of reference applications that will be used for testing at the experimentation
sites.
The Smart City Services Platform (SCSP)

16. Smart city Teams
Sl Position Minimum qualifications
1 Project Director
a. Regular (non-distance learning degree) MBA / MCA/M. Tech / B. Tech/B.E. from a reputed institute
b. At least 20-25 years of overall experience combined in Technology Transformation, Enterprise Architecture, and Network
Designing etc.
c. Should have more than 10 years of experience of handling such large scale projects
d. Should preferably have PMP (currently valid)
2
Project
Manager
a. Regular (non-distance learning degree) MBA/MCA/M. Tech & B. Tech/B.E. from a reputed institute
b. At least 10-12 years of overall experience combined in Networking, Solution Designing and Project Implementation
c. Should have more than 7 years of experience of handling large scale projects as a project manager
d. Should preferably have PMP (currently valid)
3
Solution
Architect
a. MCA/M. Tech/B. Tech/B.E. from a reputed institute
b. At least 12 years of overall experience
c. Should have experience of more than 10 years as Solution Architect in large projects of similar nature
d. Should have experience of Solution Designing for Smart Cities / Command Control Centre Systems
e. Preference shall be given to the experts with relevant certifications
4
Network
Architect
a. M. Tech/B. Tech/B.E. from a reputed institute
b. Should have at least 12 years of overall experience
c. Should have at least 7 years of experience in designing & implementing network solutions
d. Should have experience of designing & implementing the network for at least 2 similar projects.
e. Preference shall be given to the experts with relevant certifications
5 CCTV Expert
a. M. Tech/B. Tech/B.E. from a reputed institute
b. Should have at least 8 years overall experience
c. Should have experience in designing & implementing CCTV solutions for at least 2 projects of similar size.
6 IoT Expert
a. MCA/M.Tech/B.Tech/B.E from a reputed institute
b. Should have more than 12 years of overall experience and more than 5 years of IoT experience
c. Should have experience of implementation of IoT Platform or Command Control Centre Systems
7 SCADA Expert
a. B.E in Electronics from a reputed Institute
b. Should have at least 8 years of overall experience and minimum 5 years of experience in SCADA/Data
Acquisition/RTU/PLC
8 QA Manager
a. B.Tech / M.Tech/MBA/MCA from reputed institute
b. Should have a minimum of 8 years of experience and at least 3 years of Quality Assurance experience
9 Master Trainer
a. B.Tech / M.Tech/MBA/MCA with from reputed institute
b. Should have a minimum of 5 years of experience in conducting
10
System
Administrator
a. 10+ years’ experience in system administration
b. Associate or higher degree in a related field
c. Extensive experience with VMware
d. Advanced knowledge of system vulnerabilities and security issues
e.Basic understanding of Samrt city, IoT, Cyber security goals and practices
f.Ability to respond to help desk requests after hours on a limited basis
11 Web developer
B.Tech/B.E. - Computers, BCA - Computerskills set required (must) :
i) Web technology - (ASP .Net ) ii) Web Server - (IIS / Apache / Node.js / Nginx)
iii) Client side development - (HTML 5/CSS, Angular.js, Knockout.js, Jquery) JavaScript libraries (like jQuery, jQuery UI) CSS -
Bootstrap
iv) Framework - JavaScript MVVM, MVC / MVP v) Database - (SQL Server / Oracle / MySQL)
Desirable skills (Basic knowledge) :
i) SharePoint 2010 / 2013 / Office 365 development using Server / Client side programming model
ii) Azure Knowledge iii) Understanding of Microsoft BI technologies (SSIS/SSRS) iv) Mobile App development (iOS, Android,
Windows)