Smart Parking Management System

Parking Management Solutions
For: Patna Municipal Corporation

About Amazing India Contractors Pvt. Ltd
("AICPL")is a 'Special PurposeVehicle 'formed with an objective to introduce in India revolutionary parking
technologies,systems and designs for all aviation of problems associated with vehicular parking.
AICPL Infrastructure:An Organisation with a Difference- Having 10+ years of Exp. ,speciallyin Parking
Domian and delivered 15+ Parking Projects across India with our ExpertiseTeam and Efforts.
In house development and research team develop existing systems (hardware and software) customizing
and improvising them to suit local conditions and requirements.
AICPL's focus attention:
+Improving and Developing the Urban Landscaping.
+Improving Systems and DevelopingTechnologies.
+Improving Systems and DevelopingTechnologies.
+Reducing Cost (Both Capital and Operational/Recurring)
Benefits:
Efficient & optimized use of existing parking infrastructure.
Alleviate traffic congestion & promote compact city development.
Enable dynamic parking tariff to be implemented to facilitate demand management
Sustainable shared parking revenue.
Reduced CO2 Emission.
Integration with Central Control Centre for viewing, analysing the CCTV feed and monitoring and
managing of Smart Parking
Optimize parking space usage

Core Team Members & Expertise
Mr. Kalyan Singh || Partner and CEO (Amazing India Contractors pvt ltd)
Having Graduate +22 years of experience in Managing Projects, Co-ordination for Implementation forVarious
Parking Project.
A Skilled Project taker specially in Parking Projects – have done and executed many project of Parking like –
Bagdoga Airport Parking , Patna Airport Parking , BBSR Airport Parking , Bhagalpur Railway Station Parking ,
Jesidih Railway station Parking and many more .
Connecting and Managing Multi properties and Client Relationship.
Mr. Sanjay Kumar || Smart Parking Expert (AICPL)
Having MCA + 15years of experience in Managing Parking Projects, Implementation of process, UX, UI, Software
Having MCA + 15years of experience in Managing Parking Projects, Implementation of process, UX, UI, Software
Development.Point of Sales system,Warehouse Management, ERP for Smart Parking and many more.
More than 10 years of experience working as Sr. Project Co-Manager (Electronics and Controls) at AICPL, a well
known multilevel car parking company in India
Expertise in customization of software system as per the requirements.Also ensuring that products and services
are delivered on time and within budget.
Good ability to diagnose faults, oversee CIS user-testing, and implement required changes.

Mr. Goutam Kumar || Marketing Consultant (SynowebTechnology)
Having MBA+ GNIIT in SW Engineering + 15 years of experience in Managing Projects, Co-ordination for
Implementation forVarious Parking Project.
A Skilled software sales & Marketer having over 8+years of experience in F&B industry, Institutional,Hospitality,
Retail and other Corporate sales. Presently I am working as Business Head for Parking Management Software
Domain in SynowebTechnologies Pvt Ltd .Vast experience to manage Parking Projects.
With over 10+ years of Software Sales -experience in Parking Management ,Hospitality, Retail & Corporate
domain, bring with me in-depth knowledge and global experience in field of hospitality & Corporate , adding
value to the processes of hospitality, Retail & Corporate customers. Consulting new client & Existing one for
Mall , Restaurant ,QSR , Food court , Retail Shop etc. Giving complete end to end business solution , how to
value to the processes of hospitality, Retail & Corporate customers. Consulting new client & Existing one for
Mall , Restaurant ,QSR , Food court , Retail Shop etc. Giving complete end to end business solution , how to
implement , structure , interior , branding , Promotion , Business Growth and Road Map .
Connecting and Managing Multi properties and Client Relationship.
Mr.Santosh singh || Project Manager (Amazing India Contractors pvt ltd)
Having MBA with 11+ years of experience in ManagingTeam Projects, Co-ordination for Implementation for
Various Parking Project.
Handled many Parking Project like – Bagdoga Airport Parking , Patna Airport Parking , BBSR Airport Parking ,
Bhagalpur Railway Station Parking , Jesidih Railway station Parking and many more .

Mr Anupam Bairagi || Technical Head (AICPL)
Having B-Tech(Radio Physics)+ Phd Scholar in Electronic + 30 years of experience in Gov. Projects
(Police,Navy,Army,Mines).
9 years of experience currently serving as Implementation Head for Parking Management System at AICPL.
Coordinated projects such as smart and automated parking system at Patna Airport/ Bagdogra Airport/ BBSR
Airport with vehicle management and tracking system utilizing ANPR technologies
Expertise in network design and hardware integration.
Expertise in managingTechnical SupportTeam
Mr. Jonish Aggarwal || IT Infrastructure Expert (AICPL)
Mr. Jonish Aggarwal || IT Infrastructure Expert (AICPL)
Having MCA+ 10Years of Experience in MicrosoftTechnologies and have Strong knowledge of Analysis, Design
and Development smart Parking Software Projects.
Extensively experienced in Automation Multilevel Car Parking Development and Maintenceance , PLC Drives,
Electrical Panel, SENSOR development and maintenance for more than 8 years at AICPL.
Vast experience in Digital Payment and cloud parking solutions.
Connecting and Managing Multi parking properties via cloud system. Expertise in creating central control system.
Mr.Abhijit Kumar || Business Head (Amazing India Contractors pvt ltd)
Having MBA with 12+ years of experience in ManagingTeam Projects, Co-ordination for Implementation for
Various Parking Project.
Handled many Parking Project like – Bagdoga Airport Parking , Patna Airport Parking , BBSR Airport Parking ,
Bhagalpur Railway Station Parking , Jesidih Railway station Parking and many more

Case Study & Similar Project Done
JPNI Patna Airport Parking-(Bihar)
Implementation of automatic vehicle entry and exit system
Installed automaticTicket system & gates for seamless entry and exit
Toll collection system and booth to stream line parking fee payments and promote over all traffic on
incoming and outgoing vehicles

BhubaneswarAirport Parking -(odisha)
Implementation of automatic vehicle entry and exit system with FASTag support
Installed automatic boom barrier gates for seamless entry and exit

Bhagalpur Railway Station Parking-(Bihar)
Jesidih Railway Station Parking-(Jharkhand)
Bagdogra Airport Parking –(West Bengal)

Understanding of Smart Parking Project
The purpose of this procedure is to define the Smart Parking Management Software & System For PMC Parking SW
to be followed by the AMAZING INDIA CONTRACTORS PVT LTD.
Patna is one of the oldest cities Capital of Bihar and selected for Smart City. Patna Municipal Corporation (PMC) is
undertaking a serious initiative to make the city clean, healthy, hygienic and green.As part of the initiative, Patna is
seeking to develop a sustainable smart parking infrastructure that employs various technologies to help motorists
locate, reserve, and pay for parking.This project will be based on Revenue Sharing Model- As with profit shares only
the profit is shared, that is the revenue left over after liable costs have been removed.
This proposal highlights the key information, strategies and implementation plan presented by Amazing India
Contractors Private Limited in order to address Patna's Smart Parking needs.
Offer a mobile app that enables citizens to find parking online in real-time, make digital fare payments, be directed to
parking sites and other features such as FASTag recharge
Collect and develop Data Intelligence systems for better city decision making
Integrate with Integrated Command & Control Centre
Develop and maintain mobile app to direct motorists
Implement real time availability of parking slots for motorist
Employ digital messaging board to direct motorists
Develop application sw here in users can pay parking on the spot or online
Develop Electric;Vehicle(EV) Charging station networks at parking sites charger
Real time Reporting & Data Analysis through Command Control Centre System

Smart Parking Solution
Security Login for each cashier
Auto computes the parker payment
Reads and Accepts Smart Cards
Log all vehicle registration numbers
Log all vehicle registration numbers
Cashless ePOS
Centralized Cloud Connected.
Visitor Mobile App
Geo fencing enabled
Live Reporting andTheft Control

Smart Parking Mobile Application

User Registration
User Registration
User can register
himself follow by two
steps.
1. enter the mobile no
1. enter the mobile no
2. Verify via OTP.

Parking Search Form
Parking Search Form
Our Mobile Application will show the
near by parking area and also you can
search through google map.App will
help you to check the below details and
can book on real time.
can book on real time.
1. Parking area away from you
2. Available slot
3. Amount.
4. Location with google map

Add Vehicle
Add Vehicle
User can save his vehicle for quick
booking using vehicle number and
give the alias name

Add Vehicle for someone else
Add Vehicle for someone else
User can book the parking area for
someone else by registering the vehicle
Number and add the his/her mobile to
notify for real time alert.
notify for real time alert.

Booking Form
Booking Form
Can book the parking area on
advance
Apply the promo code for discount
Can make online payment
Can check the distance and app will
Can check the distance and app will
help the user for direction to
parking .
Real time parking availability alert.
Generate Monthly Pass as well.

Booking
Booking Confirmation and
Confirmation and
Alerts
Alerts
Booking Confirmation and QR Code
Can be send on Registered Email-id
& whatsup.
OTP Can be Send to Registered
Mobile No.
Mobile No.
Parking slot and time Allocation.
Call can be arrange by Command
Control contact centre for Booking
confirmation Acknowledgement.
For any kind of issues Customer can
direct call to Our Contact centre &
Follow IVR.

QR Code
QR Code Scanner( For Entry and Exit)
Scanner( For Entry and Exit)
1. QR code Slip will generated at time of
entry.
2. Automatically /Manually Boom barrier
Will Open.
3. Through Parking Guidance Park your
3. Through Parking Guidance Park your
Vehicle
4. CaptureVehicle No plate and time of
Entry and Exit.
5. Fast tag Entry and Exit.
6. At the time of Exit Scan this QR code,
Boom Barrier will open.
7. Live update on Command-Control
System

Open & Close Parking Process

Vehicle Registration (Parking IN)

Data Model for a Parking Lot Management System

Parking Mgmt. Approach &
Methodology

Methodology
Big cities face big traffic concerns. Population increases and a rise
in commuters lead to serious traffic chaos, misuse of parking
resources, the inability to properly detect parking violators and
enforce parking restrictions, and emissions issues. The growth of
personalized vehicles (due to Covid also) and growing congestion
Current Challenge
personalized vehicles (due to Covid also) and growing congestion
due to limitation on road space have made the provision for
parking an important aspect of transportation planning.
A recent Goodwin survey found that, nearly 30% of traffic
congestions in urban downtown areas are caused by drivers
frantically looking for spaces to park their vehicles. Things
can, potentially, get very chaotic.

Methodology
As we move towards smart cities, the importance of smart parking and traffic
management is increasingly coming to the fore. To put things in simple terms,
‘smart parking’ can be defined as an automated mechanism that helps car-
owners/drivers to locate and navigate to available parking slots in their
locality.
Smart ParkingToThe Rescue
locality.
The real-time data is transferred from sensors (placed in the parking areas
strategically) to dedicated applications installed in the handheld devices of
users. In addition, the smart parking management setup can also help
individuals book parking slots in advance, by automating payments.
The objective of deploying smart parking systems is straightforward enough –
to reduce the driving time required to find parking spaces, and to make
optimal use of available parking slots.

Methodology
Smart parking has, over the last few quarters, emerged as one of the most
important sub-domains of Internet of Things (IoT) and in the creation of truly
‘smart cities’. In a recently published report, the global smart parking industry
has been projected to move beyond the $26 billion mark by the end of
2021.
LatestTrends FromThe Smart Parking Markets
2021.
M-payments (e.g., via Google Pay/PayTm) for making payments to parking
authorities are also expected to increase significantly

Methodology
Components Of A Smart Parking Setup
With the number of motor vehicles on the roads increasing by the day and
uncertainties over the availability of secure parking facilities increasing – the need of
the hour is to come up with a smart, automated system that can:
1. Accurately and reliably predict the availability of parking slots to drivers, and
2. Navigate the drivers to those parking slots.
An advanced smart parking system architecture needs to have the
following:
• Parking sensors/Occupancy sensors – In each and every parking facility, a set of
RF sensors have to be installed. These sensors would relay real-time data about the
availability (or otherwise) of slots to nearby drivers. These ‘occupancy sensors’ need to
run on battery (wire-connectivity is impractical, given the high number of sensors
that have to be used), have long-range RF capabilities (either with a mesh
network or with LoRa technology), and offer excellent accuracy.The number of
‘false positives’ generated by a sensor have to be minimal.

Methodology
The other point of concern related to the parking sensors is related to the durability
of the latter. If they are placed outdoors (as they often would be), care has to be taken
to make sure that their functionality is not hampered by weather elements (direct
sunlight, humidity, rain, etc.), and there are no damages when a car moves over them. The
power management algorithm (for the longevity of the sensor batteries) and the actual
positioning/placement of the sensors are also vital.
• Gateway hardware- Changes in the availability of parking slots will be
• Gateway hardware- Changes in the availability of parking slots will be
reflected through a status change of the sensors – and that, in turn, will be
collected in a gateway. Unlike the sensors, the gateways have to be operational
round-the-clock (the sensors are functional only when their status changes).The data
collected in the gateway are then sent on to the centralised server.
IoT gateways are not particularly cheap – and authorities need to rely on long-range, low-power
RF technologies to ensure that efficient use of each gateway. On average, every smart parking
gateway should be able to handle data from 450-500 parking sensors. High-quality enclosures and
power/voltage protectors can increase the life and performance of gateways.

Methodology
 Server – The server in a smart parking setup needs to have 2-way
communication protocol support. On the one hand, it will receive the data
from the gateways – to generate updated information about the free and
occupied parking slots in any facility. At the other end, it will send real-time
notifications to the dedicated mobile app in the user’s device – to guide
them to the parking area, and the particular ‘vacant’ parking slot. A detailed map
of the parking facility will also be sent from the server to the user, for
additional guidance.
additional guidance.
Depending on the drivers’ location and preferences, they might need ‘off-road
parking’ or ‘on-road parking’. The computations performed within the
server and the information sent by it to mobile applications have to vary
accordingly, to provide personalized service to each driver. Country-specific
parking regulations also have to be taken into account.

Methodology
 Mobile application – The final component of the smart parking
architecture is the dedicated mobile app – which serves as the touchpoint
for the final users (the app can be installed on smartphones and tablets).
After receiving notifications from the server, the app would help the driver
to navigate to the empty parking slot (no more confused driving around and
resultant frustrations!). For this navigation, the application will either rely on
the tools placed in the parking slots (off-road parking) or the phone GPS
(for on-road parking).
(for on-road parking).
Users can provide a confirmation on the parking application, after they have
parked the vehicle in the scheduled slot. This stored data would help people
find their parked cars later (once again, the app would guide them to their
vehicles). In essence, a mobile car parking app – working inside a smart parking
architecture – helps users locate a parking slot, arrive there, park their
cars safely, and find their cars later on.

Key Drivers For Smart Parking
The need for implementing smart parking systems has already been established. Let us
now turn our attentions to the key factors that are driving up interest levels in
automated parking management systems worldwide:
Popularity of IntelligentTransportation Systems – Smart Parking can well be
referred to as a subset of IntelligentTransportation Systems (ITS).The trend of
rapid urbanization is apparent in most major countries across the globe – and by
2030,around 62% of the world’s population will live in urban areas.There will
be urgent requirements for end-to-end analysis and secure sharing of networked
resources, to improve the standard of public transport solutions – and that can be
resources, to improve the standard of public transport solutions – and that can be
delivered by custom-built ITS systems.The growing awareness about, and the
implementation of, ITS is boosting the popularity of smart parking technology.
Surge in the automobile industry – In the entire 90s decade, 39 million cars
were sold across the globe. Cut to 2017, and the corresponding figure is projected
to reach 77.83 million units.To put things in perspective – the number of cars sold
this year alone will be nearly double of that sold between 1990 to 1999!The
value of the overall automotive supplier market in 2016 was nearly $675 billion –
withVolkswagen, GM andToyota among the forerunners.

Key Drivers For Smart Parking
A related point, and one associated with the growth of the smart parking market, has been the
unprecedented growth of connected cars worldwide. According to a Gartner report, 20% of all
on-road vehicles will have network connectivity in some form by the end of this decade –
and close to 10 million self-driving (fully autonomous) cars will be in active use. Vehicles will be able
to communicate with each other real-time, for smoother traffic maintenance, safer driving
experience, and obviously, easier parking.
Availability of powerful sensors – Thanks to the rapid advancements in IoT and
connectivity standards, there are different types of data sensors currently available in the
markets. Many of these sensors support 2-way M2M communication – and hence, can easily
be used in the smart parking architecture. Information on availability of parking slots is shared
be used in the smart parking architecture. Information on availability of parking slots is shared
from these sensors to ‘connected cars’ instantaneously. The availability of high-quality LPWAN
gateways is also going up – contributing to the spike in the smart parking sector.
Greater emphasis on telematics data analytics – This is where the leading telecom
companies in various countries come into the picture. By collaborating with the top OEMs
(original equipment manufacturers) from the automobile market, they can generate in-depth
analytics services for all the telematics data generated. This analysis reduces traffic
congestion risks, offers personalized services to drivers of connected cars, and opens up great
savings opportunities for smart parking service providers.

User Roles In A Smart Parking System
We have already deliberated on the different components of smart parking
setups. Let us summarize the user roles of all the parts of a full-fledged
parking management software here:
Smartphone/tablet -The personal device which has the parking app
installed in it. It receives data from the server, navigates drivers to available
parking slots, and also serves as payment gateways.
Parking provider - Smart parking is, in essence, a M2M application – and
it is provided to users by the ‘parking providers’.These providers have to
arrange for both ‘off-road parking’ and ‘on-road parking’.
arrange for both ‘off-road parking’ and ‘on-road parking’.
Service Platform (M2M) – This is the platform on which the occupancy
sensors, the gateways, and the server can seamlessly interact.
Parking sensors –The sensors that are positioned in the parking facilities.
These M2M devices directly communicate to gateways as soon as their
status changes.
Parking meters –These devices calculate the total amount payable by the
drivers as parking charges. In smart parking, third-party human touts have
no role to play – and users only have to pay for the exact amount of time
they use the parking service.

Amazing India Contractors Pvt. Ltd
Goutam +91 99 99319440

Other Revenue Sources
Food Cart – We can Proposed Hygienic Food
Joint almost all Highly Foot falling Parking Location of
Patna, It Can be based on Revenue sharingWith PMC
& Amazing India Contractors Pvt Ltd .
Water Dispensers- People can use Pure and Filtered Cold Water by paying
Water Dispensers- People can use Pure and Filtered Cold Water by paying
Minimum Amount / They won`t need to buy Bottle.
Advertisement – Spaces inside or Outside
Of Parking Lot can be used for Advertisement
And can also put Hoarding on Revenue
Sharing Model to generate More Profits.

Smart Parking Management System

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