4. C4I is a reasonably old concept by now and
has seen multiple upgrades but has failed to
C4I AND CCTNS
Ingredients for C4I
has seen multiple upgrades but has failed to
have a widespread footprint in this country!!!
5. Events may come and go but the problems
persist. A solution based think tank across all
C4I AND CCTNS
Homeland Security
persist. A solution based think tank across all
stakeholders is the need of the hour
6. ERP Solution
Command and Control Center
Interception Systems
Homeland Security
Suggestive Components
Interception Systems
TETRA Radio Network
Video Surveillance System
AVLS
Geo-Spatial Technology
AWACS- Air/Naval
7. Homeland Security- C4I and CCTNS
Command and Control
Command Needs – Master Control Center-
City Based
Master Control Center – 4.5 ++ GenerationMaster Control Center – 4.5 ++ Generation
Master Control Center – Screens, Dispatchers,
Vehicle Controllers
Computers on Open source Software
Command Center software needs
Legacy Systems
8. Homeland Security- C4I and CCTNS
Command and Control - Issues
City Based Comprehensive Command Centers
Rural Areas don’t figure in our scheme of things
Integration into a State Level c4i
Regional Integrations-7 c4i
Integration of Regional Level c4is into one
National c4i- complete response to all grave
situations
9. Homeland Security- C4I and CCTNS
Control Pyramid
National
c4i
StateState
Regional c4is
Base level c4is
10. Homeland Security- C4I and CCTNS
Vulnerability Assessment
Threats
CITY
• City Based Threats
• Organized Crime, Acts of Terror
STATE
• White Terror
• Large Amounts of Money Laundering
NATIONAL
• Destruction of Critical Infrastructure
• Illegal landing of weaponry/merchandise
11. Homeland Security-C4I and CCTNS
Communications
Communication Equipment Needs
Communication National Back Bone
Communication State Back Bone
Communication National Grid
Communication State Grid
Communication in Free to Air mode
12. Homeland Security-C4I and CCTNS
Communications- Proposed National Framework-CCTNS
Mission Mode Project under the National eGovernance
Plan
Intends to connect 14,000 Police Stations and 6000Intends to connect 14,000 Police Stations and 6000
higher Police Offices across the nation
Concept of State and National Data Centers
Creation of a Core Application Software for the nation
Synchronization of Nationwide communication
equipment
13. Homeland Security-C4I and CCTNS
Communications- Proposed National Framework-CCTNS
One Standard One India
Comprehensive guide to procure and deploy hardware,
connectivity and services
14. Homeland Security-C4I and CCTNS
CCTNS- Police IT- Final Output
Front of CCTNS Project in Karnataka
Police IT is an ERP backbone for all policing
requirements in the Staterequirements in the State
It has 12 modules from Crime to MIS
Deployment across all 906 Police Stations and 500 other
Police Offices
Messaging is already a part of the Police IT
15. Homeland Security-C4I and CCTNS
CCTNS- Police IT- Final Output
Its gone live across Karnataka and all functionalities of
Crime Modules would be in use another month
Intends to integrate all legacy to this software on the
concept of single sign in
In principle integration of TETRA is possible with this
network
16. Homeland Security-C4I and CCTNS
CCTNS- Police IT- Final Output
All components of the c4i can be seamlessly integrated
to this software thus providing an integrated solution toto this software thus providing an integrated solution to
peacetime and crisis situations through the same system,
providing the ease of usage so necessary to the end user
C4I thus becomes the Command/ Control/ Response
Module of the ERP Solution
17. Homeland Security-C4I and CCTNS
ISSUES
No learning curve- institutional or individual
Undue importance to Hardware
Adhoc integration and adhoc deployment
Non-availability of near machine software
Present operability is at Layer 7.
18. Homeland Security-C4I and CCTNS
ISSUES- C4I- Institutional Limitations
Cross connectivity- Never heard of
Solutions imposed by VendorsSolutions imposed by Vendors
Vendor and User- Unwilling to bridge the gap
Lack of understanding of user requirements and
infrastructure demands
Obsolete equipments proposed for majority of RFPs
19. Homeland Security-C4I and CCTNS
ISSUES- C4I- Institutional Limitations
Trade restrictions by Technology leaders
ITAR issues
20. Homeland Security-C4I and CCTNS
ISSUES- C4I- Roadmap
State of art equipment
Shorter procurement cyclesShorter procurement cycles
Demonstrated capability of the Vendor and SI in Indian
conditions
SRS/FRS/USER Requirements to be correctly mapped
Project Management Mode for all stakeholders
21. Homeland Security-C4I and CCTNS
ISSUES- C4I- Roadmap
Integration is the key for real product and service delivery
RDBMS and finally the ERP is the final solution
All tasks for an organization emanates
out of an ERP and all data is keyed in
the ERP for multidimensional use.
22. Homeland Security-C4I and CCTNS
ISSUES- C4I- Roadmap
A survey by the vendors of the AS IS in Delhi,
Mumbai and Bengaluru with a roadmap ofMumbai and Bengaluru with a roadmap of
integration and proposed upgradation in a phased
manner would be the initiation of a positive
process in the right direction, likely to yield results
sooner than later
23. Homeland Security-C4I and CCTNS
Any questions!!!
We will deliver together.
Thanks for being a great listener
24. Historical system architectures
Historically, companies created “islands of automation”. A
hodge-podge of various systems that operated or
managed various divergent business processes.
Framework for Safe & Secure City
ERP Solution
managed various divergent business processes.
Sometimes these systems were integrated with each other
and sometimes they weren’t. Sometimes they were
loosely interfaced and sometimes they were more tightly
interfaced.
25. Integration
What is an ERP – Key Characteristics
Framework for Safe & Secure City
ERP Solution
Seamless integration of all the information flowing through a
company – financial and accounting, human resource
information, supply chain information, and customer
information.
26. Packages
Enterprise systems are not developed in-house
• Information System life cycle is different
What is an ERP – Key Characteristics
Framework for Safe & Secure City
ERP Solution
• Information System life cycle is different
1. Mapping organizational requirements to the processes
and terminology employed by the vendor and
2. Making informed choices about the parameter setting
• Organizations that purchase enterprise systems enter into
long-term relationships with vendors.
• Organizations no longer control their own destiny.
27. What is an ERP – Key Characteristics
Best Practices
• ERP vendors talk to many different businesses within a given
industry as well as academics to determine the best and most
Framework for Safe & Secure City
ERP Solution
industry as well as academics to determine the best and most
efficient way of accounting for various transactions and
managing different processes. The result is claimed to be
“industry best practices”.
• The general consensus is that business process change adds
considerably to the expense and risk of an enterprise systems
implementation. Some organizations rebel against the
inflexibility of these imposed business practices.
28. Some Assembly Required
Only the software is integrated, not the computing platform on
which it runs. Most companies have great difficulty integrating
What is an ERP – Key Characteristics
Framework for Safe & Secure City
ERP Solution
which it runs. Most companies have great difficulty integrating
their enterprise software with a package of hardware, operating
systems, database management systems software, and
telecommunications suited to their specific needs.
• Interfaces to legacy systems
• Third-party bolt-on applications
• Best of Breed Strategy
29. Evolving
Enterprise Systems are changing rapidly
What is an ERP – Key Characteristics
Framework for Safe & Secure City
ERP Solution
• Architecturally: Mainframe, Client/Server, Web-enabled,
Object-oriented, Componentization
• Functionally: front-office (i.e. sales management), supply
chain (advanced planning and scheduling), data
warehousing, specialized vertical industry solutions, etc.
30. • To support business goals
– Integrated, on-line, secure, self-service processes
for business
Why implement an ERP System?
Framework for Safe & Secure City
ERP Solution
for business
– Eliminate costly mainframe/fragmented
technologies
• Improved Integration of Systems and Processes
• Lower Costs
• Empower Employees
• Enable Partners, Customers and Suppliers
31. How should we implement ERP systems
Framework for Safe & Secure City
ERP Solution
Obtain the right mix of people, processes and technology!!
32. How should we implement ERP Systems?
• People
– Project Structure
– Should be aligned to processes
Framework for Safe & Secure City
ERP Solution
– Should be aligned to processes
• Process
– Implementation Process (outlined in detail)
– Adapt your processes to those of the ERP.
• Technology
– Hardware
– Software
– Integrated Systems
33. INTRODUCTION TO GEOGRAPHIC INFORMATION SYSTEM:-
TH GIS SOURCES ARE GENERALLY MAPS, IMAGES, DATASETS, GPS INPUT,TEXT DATA, TABULAR DATA.
MAPS: SPATIAL DATA WHICH OCCUPIES CARTOGRAPHIC SPACE AND THAT USUALLY HAS SPECIFIC
LOCATION TO SOME GEOGRAPHIC REFERENCING SYSTEM (EX:-LATTITUDE, LONGITUDE)
IMAGES: PICTURES PRODUCED BY SATELLITES (REMOTE SENSING DATA)
Framework for Safe & Secure City
GIS based G-CARE
IMAGES: PICTURES PRODUCED BY SATELLITES (REMOTE SENSING DATA)
GPS DATA: GPS DEICES WHICH DIRECTLY GIVES THE LATTITUDE AND LONGITUDE ( THE POINT OF A LOCATION )
TEXT DATA : REPORTS IN THE FORM OF TEST DEALING WITH SPATIAL SUBJECT.
TABULAR DATA: GENERALLY NUMERIC SUCH AS CENSUS DATA AND RDBMS DATA.
GIS PLATFORM : GIS SOFTWARE : ARC GIS (ARC VIEW, MAP OBJECTS ETC.,)
OPERATING SYSTEM : WINDOWS 2003 FOR SERVER AND MAP OBJECT FOR SERVER AND WINDOWS FOR CLIENTS WITH
MAP OBJECTS , ARCVIEW .
ALL THE ABOVE COMPONENTS CONSTITUTES A GEOGRAPHIC INFORMATION SYSTEM
34. Representation Of A Complete GIS Module
MAPS/GPS DATA TABULAR DATA IMAGERY
Framework for Safe & Secure City
GIS based G-CARE
GIS
DATABASE
MAPS/GPS DATAMAPS/GPS DATAMAPS/GPS DATA
35. The State Crime Records Bureau , Karnataka State Police has
entrusted the Development of Geographical Information
System based Crime Analysis and Reporting Engine (GCARE)
Introduction to G-CARE
Framework for Safe & Secure City
GIS based G-CARE
System based Crime Analysis and Reporting Engine (GCARE)
project in the year 2003 to Karnataka State Remote
Sensing Application Centre ( KSRSAC), a Division of Dept of
IT and BT , Govt. of Karnataka, the Nodal Agency for
Remote Sensing and GIS.
36. The salient features of the G-CARE software are :-
• Show the locations of Crime by time, modus operandi
and other characteristics
• Determine the Crime ‘hot spots’
GIS based G-CARE
Framework for Safe & Secure City
• Determine the Crime ‘hot spots’
• Reveal patterns or trends
• Show census data and correlate the crime data
• Determine the statistics in graphic mode for any
Crime type (heinous and non heinous)
37. • Digitisation of Police Station boundary from village maps
and integration with road and administrative boundaries with
the latest available scale).
The objectives of the project is as follows:-
Framework for Safe & Secure City
GIS based G-CARE
the latest available scale).
• Spatial database creation(Police station wise, Circle wise,
Sub Division wise and District Wise
• Customization of the requirements as per SCRB and
deployment of the package at the District Head Quarters.
• Training of officers and the operating staff to use GCARE.
38. GCARE MODULES
1. Crime Module
2. Village Module
Framework for Safe & Secure City
GIS based G-CARE
2. Village Module
Crime Module For Bangalore City Latest Large Scale
Map(1:2000)and Districts The Maps Of Small Scale
Village Module Is Integrated Into Gcare For The Districts
To Retrieve The Village Information Of Any Village Of
Police Station . This Will Help In Organising The Security
Arrangements During Elections/Fairs And Festivals.
39. • Software requirement specification (SRS)
• Crime-criminal database (CCIS)
Requirements And Inputs Provided By SCRB Karnataka
Framework for Safe & Secure City
GIS based G-CARE
• Sketch maps of 876 Police Station jurisdictions
• Latitude and longitude data of all police stations
• Village information as per the requirement were
collected for the entire state
40. Roles and responsibilities of KSRSA CARE
• Design and Development of Spatial and Non-spatial database
• Development of customised GIS application with querying
and analysis tools
Framework for Safe & Secure City
GIS based G-CARE
and analysis tools
• Deployment of G-CARE at DCRB at all district HQs.
• Required manpower and technical expertise during
implementation.
• Training on G-CARE for districts/State(approx 60)
• Technical support for a year after implementation
41. Roles and responsibilities of SCRB are
• SCRB will provide all the crime data in digital
format (presently CCIS data)
Framework for Safe & Secure City
GIS based G-CARE
format (presently CCIS data)
• Police station location and jurisdiction limits will be
provided by SCRB
• Liasioning and coordinating
• Periodically review and monitor the progress of GCARE
42. Benefits of the project G-CARE
• Analyse and display the crime trends and crime
patterns
Framework for Safe & Secure City
GIS based G-CARE
patterns
• Relate crime data to socio economic and other spatial
factors
• Better decision making
• Strategy for Crime Prevention
43. Features Of G-CARE
• Crime Plotting
• Identify The Hot Spots Of A Given Crime
• Date Range /Time Of Occurrence Of Crime For Police
Framework for Safe & Secure City
GIS based G-CARE
• Date Range /Time Of Occurrence Of Crime For Police
Station,
circle, Sub Division And District
• Property Crimes
• Heinous And Non Heinous Crimes
• Road Accidents
• Display Village Data For Analysis
44. Output:
Generations Of Charts And Statistics Dynamically Aggregated
At Various Administrative Levels (PS, Circle, District, State
Framework for Safe & Secure City
GIS based G-CARE
At Various Administrative Levels (PS, Circle, District, State
wise) For The Crime Heads As Per CCIS.
45. GEOGRAPHICAL ANALYSIS FOR THE FOLLOWING
• Heinous Crimes
• Non Heinous Crimes
Framework for Safe & Secure City
GIS based G-CARE
• Non Heinous Crimes
• Other IPC Offences
• Mob Criminals Operating In An Area
• Age, sex, profession wise Criminals / Victims Analysis
Crime Pattern In Different Ps Limits Analysis For Village
Data And Co-relating The Crime Data
46. GIS Application GUI
• Menu Driven And Ease Of Use
• Password For Security
• Pop Up Menus For Easy Retrieval
Framework for Safe & Secure City
GIS based G-CARE
• Pop Up Menus For Easy Retrieval
• Graphs, Charts, Pinpointed Maps, shaded Maps
• Linking Of Appropriate CCIS Data
• Display Of Maps With Legend And Statistics
• Good Colour Selection And Colour , Contrast
Adjustment With Zoom In And Out Facility
• Point Information Displayed On A Mouse Click
47. Single Portal Access to C4i
Framework for Safe & Secure City
Command and Control Center
Single Portal Access to C4i
A web-based Solution that integrates surveillance
CCTV feeds, Emergency Response, AVTS, ITS,
Coastal Security, TETRA & GPS Location data on GIS
Map
48. Integrated Command Control Coordination And Communication System
Multi Vendor Video
Management
Integrated Situation
Management
Framework for Safe & Secure City
Command and Control Center
49. Incident Flow
ALERT
Framework for Safe & Secure City
Command and Control Center-
a
PCR
Ambulance
Fire
Video DataMap Data Incident Data
Response
Procedure
Activated
Task Completed
&
Incident Closed
Reports
C4i Operator
52. C4i Functionalities
• Incident Management
• Video Management
• Training and Simulation
• Recording, Debriefing and
Analysis
Framework for Safe & Secure City
Command and Control Center
• Integrated 2D GIS
• Sensor Management
• Situation at a Glance
• Sounds and Announcements
• Threat level Management
• Mobility
• VOIP Integration
Analysis
• Reports
• Administration and Authorization
• Video Wall Management
• Skill Set Management
• Work flow/Business Process
53. Where Are We Looking?
Framework for Safe & Secure City
Interception Systems
54. What Do We Intercept?
Voice Fax
Framework for Safe & Secure City
Interception Systems
Voice Fax
SMS Data
56. Mass Interception Architecture
Networks
Mobile ILD Fixed Sat IP
Framework for Safe & Secure City
Interception Systems
Mediation
Storage & Archival
Processing – Demod & Speech
VerbaPSV
WS 6WS 1 WS 2 WS 3 WS 4 WS 5 WS 7 WS 8
Management
57. Advantages Of Mass Interception Systems
• Completely passive
• Undetectable by GSM/CDMA/PSTN Subscriber
• Undetectable by Network Operator
• Same system can be configured to work with
Framework for Safe & Secure City
Interception Systems
• Same system can be configured to work with
GSM
CDMA
Fixed Line
• Accurate acquisition of network data
• Can be used with Speaker ID systems
• No interaction with network equipment
• Small size, complete system can be mounted in a small truck/van
59. What Can The Verbacentre Do?
• Connects to multiple service providers
• Intercepts Voice, Fax and SMS
• Records all CRI/IRI
• Processes and correlates Call Content and CRI data
Framework for Safe & Secure City
Interception Systems
• Processes and correlates Call Content and CRI data
• Demodulates Fax
• Decodes SMS
• Reconstructs GPRS/EDGE and 1xRTT Sessions
• Provides Location Cell ID
• Provides IMSI, IMEI etc..
61. GSM Identity Interrogator And Geo-locator
Framework for Safe & Secure City
Interception Systems
Interception Systems
62. Harrier- Applications
Key Applications
• Identification of Targets’ unknown mobile
• Detecting Targets’ Presence
Framework for Safe & Secure City
Interception Systems
• Detecting Targets’ Presence
• Direction Finding to locate Target
Other Applications
• Detection GSM Activity in a secure zone
• Profiling Targets
• Denial of Service
63. How It Works
GSM
Network
Framework for Safe & Secure City
Interception Systems
• Mobiles monitor up to 6 BTSs
• Harrier clones neighbour BTS
• Entices mobile to register, captures mobile identity IMSI, IMEI and TMSI etc.
Network
Harrier
64. Geo-locating A Target
1
• Harrier team deployed to this cell
location
• Once located Target is locked to
Harrier and Silent Call initiated.
• Target’s phone begins transmitting
Framework for Safe & Secure City
Interception Systems
3
2
• Target’s phone begins transmitting
and DF teams move in to track and
locate phone
• Multiple DF can be deployed for
rapid target location. Covert
Handheld & Body-worn DF available
66. What is ReveaLinx
• Create nodes and links from source data
– “bottom up”
Link and Network Analysis
Framework for Safe & Secure City
Interception Systems
– “bottom up”
– disparate sources
• Visualize
– for analyst to interpret and
communicate
– harness the human mind
• Unique analytical methods
– Relationships
– Patterns
– Networks
67. You see data today in the form of records, tables, graphs, reports
Ref# Name Address Phone ID#
XXX101 BILL JONES 999 WEST 4TH ST 999-666-8888 234-56-7890
Source Data
Framework for Safe & Secure City
Interception Systems
XXX101 BILL JONES 999 WEST 4TH ST 999-666-8888 234-56-7890
YYY202 SAM SMITH 888 OAK STREET 888-999-0000 111-11-1234
68. Nodes
Ref# Name Address Phone ID#
XXX101 BILL JONES 999 WEST 4TH ST 999-666-8888 234-56-7890
ReveaLinks breaks these records into the smallest
relevant elements - “Nodes”
Framework for Safe & Secure City
Interception Systems
XXX101 BILL JONES 999 WEST 4TH ST 999-666-8888 234-56-7890
YYY202 SAM SMITH 888 OAK STREET 888-999-0000 111-11-1234
BILL JONES 999 WEST 4TH ST
999-666-8888
234-56-7890
XXX101
69. Links
Ref# Name Address Phone ID#
Then shows how these individual elements of data are connected
to each other – “Links”
Framework for Safe & Secure City
Interception Systems
Ref# Name Address Phone ID#
XXX101 BILL JONES 999 WEST 4TH ST 999-666-8888 234-56-7890
YYY202 SAM SMITH 888 OAK STREET 888-999-0000 111-11-1234
BILL JONES 999 WEST 4TH ST
999-666-8888
234-56-7890
XXX101
70. Relationships
Using both nodes and links, complex indirect relationships can be
‘discovered’ in large volumes of data
Framework for Safe & Secure City
Interception Systems -
BILL JONES 999 WEST 4TH ST
999-666-8888
234-56-7890
XXX101
PHIL CLARK 848-090-9904
JOE PAGE
459-89-9986
ROB JONES
77. Attributes
Address Node Attributes
Dwelling Type: Unit
Year built: 1964
Bedrooms: 2
Title: Torrens
Total Occupants: 1
Vehicle Node Attributes
Make: Mazda
Model: Astina
Year: 1998
Engine Size: 1800
Framework for Safe & Secure City
Interception Systems -
Person / Address
Link Attributes
Years at Address: 5
Status: Owner
Joint Ownership: No
Other Occupants: No
Total Occupants: 1
78. ReveaLinx Architecture
DB1
Data Servers
Analyst 1
Data Modelling and Analysis Investigation Presentation
Case A
Framework for Safe & Secure City
Interception Systems
Develop Applications
DB1
DB2
Deploy
Applications
Direct connection to
systems to retrieve data
ReveaLinks
Analyst 2
Workstation
Workstation
Workstation
Analyst 3Results
Delivery
Data
Files
Presenter
Presenter
Case B
Case
Delivery
79. TETRA
• Radio systems are still the backbone in a modern public
safety and security network, because the field operations
Framework for Safe & Secure City
rely entirely on its functionality and reliability.
• TETRA = TErrestrial Trunked RAdio
• Mobile Telephony : GSM : : Radio Communication: TETRA
80. TETRA Is Purpose-built Technology For Mission Critical
Communication
Specialized group communication
• one-to-many communication
High availability
• Redundancy
Framework for Safe & Secure City
TETRA
• Push-to-talk, instant call
connection in less than 0.5 sec
• Redundancy
• Priorities
• Direct Mode Operation
• Base station fallback
Uncompromising security
• Authentication
• Air interface encryption
• End-to-end encryption
• Disabling of stolen radios
Advanced data services
• Status and text messaging
• IP packet data
• High speed data - TEDS
81. In The Past Agencies Used To Have Their Own Private, Isolated
Radio Communication Systems
Fire dept.Rescue
Framework for Safe & Secure City
TETRA
Fire dept.
Traffic police
Crime unit
Rescue
Public
transport
ation
Power
generation &
distribution
Ambulance
82. TETRA Enables Sharing Of A Common Infrastructure Between
All Mission Critical Users
Fire Dept.
Framework for Safe & Secure City
TETRA
TETRA
Fire Dept.
Traffic Police
Power Generation
& Distribution
Ambulance
Public
Transportation
Crime Unit
Rescue
83. TETRA enabling services
• No technical communication barriers between
organizations
• Enables efficient co-operation between authorities
Framework for Safe & Secure City
TETRA
• Enables efficient co-operation between authorities
especially in large incidents
• Seamless communication readiness everywhere, while
VPNs retain inter-agency privacy
• Connecting independent networks together
84. TETRA enabling services…
Enables new data-intensive applications:
high quality images
multimedia video clips
Framework for Safe & Secure City
TETRA
multimedia video clips
access to intra/internet
field command systems
Sharing a common TETRA infrastructure by all authorities
improves inter-agency cooperation in large incidents
87. Response Management
Enables Communications Between Multiple Devices
VHF
RADIO
PSTN
Framework for Safe & Secure City
Video Surveillance System -
IPICS
UHF
RADIO
PTT over
Cellular
VoIP PTTCell
Mgmt.
Softwar
e
IP Phone
88. Secure Access
Application Security
System Management
Policy—Reputation—Identity
Protect the core
applications from
attack
Protect the video
content from
Framework for Safe & Secure City
Video Surveillance System -
Network Security
Endpoint Security
Content Security
Self-Defending Network:
Best of Breed Security in a
Systems Approach
content from
misuse and
abuse
Ensure no
attacks or
malfunction in
the network
Ensure end
users cannot
abuse the
system
89. Features Of Proposed Architecture
• Hierarchical Architecture Video endpoints/Police stations and
Control rooms
• Easily Scalable : Add more video Surveillance points/Police stations
and Control rooms
Framework for Safe & Secure City
Video Surveillance System
and Control rooms
• Redundancy: In an emergency, control and monitoring can be
easily transferred to any other point on the network
• Secured IP based Network enables Anywhere, Anytime, Any
Device, access
• Easy to Manage: Management/Administration and Configuration
through Web clients
• Third party Integration: Integration of 3rd party Video Analytics,
Storage .. etc
90. Next Steps
• Determine the Type of Camera’s required at each video
Surveillance points
• Determine the bandwidth required at each video Surveillance
Framework for Safe & Secure City
Video Surveillance System
• Determine the bandwidth required at each video Surveillance
points
• Conduct the feasibility study to determine the Type of
Connectivity media ( Ethernet/Leased line/Wireless) required
between video Surveillance points to Police stations and to
Control room and DGP office and work closely with service
providers.
• Finalize on 3rd party application Integration
• Finalize the Architecture
91. Technology Position In Adoption Cycle
In Vehicle Display Terminals
OCC Systems
Offline Vehicle Tracking
Fleet Management Solution
Online Vehicle Tracking
Framework for Safe & Secure City
AVLS
I Innovators
EA Early Adopters
EM Pragmatists Early Majority
LM Pragmatists Late Majority
T Traditionalists
I EA EM LM T
C
h
a
s
m
Live Video Streaming
OCC Systems
Offline Vehicle Tracking
Driver Identification System
Mobile Application
Occupancy Monitoring System
Passenger Identification Systems
Driver Assistance System
In Vehicle Computers
Estimated Time of Arrival Systems
Navigation Systems
94. Key Functionalities
Locating Closest First Responder On An Incident
Report Using Fleetcheck
Once an incident information is
Framework for Safe & Secure City
AVLS -
Once an incident information is
received at the control room, then
can navigate in the map to that
report and identify the closest police
officer to that location. This can
closely integrate with Dial 100
solution aswell.
95. Directing The Officer To The Right Incident Spot
When a police officer has to
Key Functionalities
Framework for Safe & Secure City
AVLS
When a police officer has to
be sent to a particular
location, the control room
staff can advice on the
directions to be taken by the
vehicle using the live vehicle
movement data on the maps.
96. Key Functionalities
Automated Trip Sheet Generation
The man power spent on
report generation and
Framework for Safe & Secure City
AVLS
report generation and
maintenance can be reduced
with the help of automated
trip sheet generation. Data
includes vehicle on nightly
basis, with starting location
and all the other locations
covered by the vehicle.
97. Key Functionalities
Efficient Fuel Disbursement
Framework for Safe & Secure City
Fuel level can be monitored
live across vehicles and the
usage can be monitored and
controlled efficiently.
98. Key Functionalities
Feature to provide vehicle service alerts at every
programmed km interval
Framework for Safe & Secure City
AVLS
programmed km interval
The vehicle maintenance
schedules can be fed to the
system to generate alerts at
periodic intervals.
99. Key Functionalities
Creating Active Geofences To Track Critical Vehicle Movement
If a particular police vehicle is
Framework for Safe & Secure City
AVLS
If a particular police vehicle is
on a predetermined trip such
as moving prisoners, etc, a
virtual fence may be created
which can be used to detect
any violations to the
prescribed route.
100. Key Functionalities
Capability To Track All Idling Locations, Idling Durations
Framework for Safe & Secure City
AVLS
All the locations where the
vehicle was stopped including
for traffic lights will be tracked
and will be available in the
control room.
101. Key Functionalities
Ability To Look At The Path Traveled By The Vehicle For
Any Given Timeframe
Framework for Safe & Secure City
AVLS
Any Given Timeframe
From one location, i.e. the
control room, the tracking
members can identify the trace
of route or path taken by the
vehicle in any given timeframe.
The coverage of the patrol to
various points can be tracked
using the system.
102. GPS Enabled Departments
GPS Enabled Departments
Bangalore police had adopted GPS for about 750
four wheelers which is monitored from central
Framework for Safe & Secure City
AVLS
four wheelers which is monitored from central
command and control center. Now the Bangalore
police is expanding to two wheeler tracking as well.
Delhi police had adopted GPS technology for about
640 two and four wheelers, which are monitored
and operated from central command and control
center.
103. • Live tracking of the first responder vehicles
• State of the art control room for monitoring the operations
• Dial 100, emergency call handling system
Key Functionalities
AVLS
Framework for Safe & Secure City
• Dial 100, emergency call handling system
• Officer & Team identification and coordination
• Estimated time of arrival to the destination
• Alert and Communicate with the officers on the move
• Log of exact activity by individual officers.
• Control over unauthorized and unscheduled stoppages.
• Faster response time by better coordination with traffic
department
106. Geo-Spatial Technology
DHS Mission Statement
According to the National Strategy for Homeland Security and
DHS’S mission statement,
homeland security covers prevention, protection, response, and
recovery.recovery.
Geospatial products and intelligence play a key role in
departments’ preparation for disasters and its response to
them and support incident management
110. Geospatial Technology
Some applications in Homeland Security
Geospatial Technology provides enhanced geospatial
understanding of a facilities vulnerabilities and speed up
detection and response time in the event of a security breach
Rapid access to extensive data, displayed in a geospatial
medium helps protect critical assets and infrastructure and
ensures public safety
111. Geo-Spatial Technology
DHS Spatial Data Infrastructure
DHS Spatial Data Infrastructure (SDI),a subset of Enterprise
Architecture, consists of geographic system software and
hardware, geospatial applications, data, standards, policies,hardware, geospatial applications, data, standards, policies,
programs, and the human resources necessary to acquire,
process, analyze, store, maintain, distribute, and otherwise use
geospatial data as a strategic asset for the DHS and the nation
112. Geo-Spatial Technology
Geospatial Preparedness
The Final Destination
Means the level of overall capability and capacity necessary to
enable all levels of the Dept to use geospatial data, geographic
information systems software and hardware, and geospatial
applications to perform essential functions such as prevention,applications to perform essential functions such as prevention,
detection, planning, mitigation, response, and recovery in order
to minimize loss of life and property from weapons of mass
destruction, terrorist threats, major threats, major man made
accidents, and natural disasters