The Singapore Civil Defence Force (SCDF) wanted to implement a system to track vehicles carrying dangerous goods in real-time to strengthen homeland security capabilities. Astrata developed the Geo-Spatial Information Technology System to meet this need, incorporating Pitney Bowes Business Insight's MapX mapping software as it was proven, robust and cost-effective. The system allows SCDF to monitor and control hazardous material transport vehicles to prevent their misuse and minimize risks.
The document provides an overview and update on Version 6.0 of the National ITS Architecture. Key points include:
- Version 6.0 continues the evolution of the architecture to support ITS technical advances and deployment.
- Changes include new and renamed subsystems, terminators, market packages, and architecture flows.
- Version 6.0 also aligns with various DOT initiatives like Vehicle Infrastructure Integration and the National CVISN.
- A preview of Turbo Architecture Version 4.0 was given, focusing on improvements to project definition capabilities.
The document discusses the uniqueness of the InfoConnectivity System (ICS), which aims to enhance travel information provision. It notes current shortfalls like inconsistent information across systems and information that does not address traveler needs. This causes stress, uncertainty, and negatively impacts transportation ratings and passenger flow. The ICS seeks to address this by providing situation-based information tailored to traveler needs and impairments. It also aims to continuously improve information quality through an airport stakeholder consortium. Implementing the ICS is expected to raise destination and transportation ratings, optimize passenger flow, and create new revenue opportunities.
The document discusses the IT concept behind the InfoConnectivity System (ICS), which aims to bring together travelers, mobility providers, and service providers on a single platform. ICS is a semi-open system that combines and standardizes data exchange between these groups in real-time, allowing for isolated offers to become combined solutions and reducing time to market for new services. The system is inspired by open data principles and transforms data into useful travel information for users across different digital media.
The document discusses the Information-Connectivity System (ICS) being developed as part of the FP7 project IC-IC. The ICS aims to enhance interconnectivity between short and long distance public transportation networks by providing passenger-focused interconnected information. It focuses on connecting airports, airlines, and public transportation to airports in Amsterdam, Frankfurt, Paris, and Vienna. The ICS will provide travelers with information they need at each stage of their journey via various media sources. It will develop an ICS handbook and mobile app to improve existing information systems and provide information not currently available to reduce traveler uncertainty and improve the travel experience.
This document advertises and provides an agenda for the ITS Forum UAE conference on Intelligent Transportation Systems. The conference will take place from March 22-25, 2015 in Abu Dhabi, United Arab Emirates. It will bring together government officials, stakeholders, and solution providers from around the world to discuss projects, strategies, and technologies related to ITS and how they can enhance transportation safety, efficiency, and sustainability in the UAE and GCC region. The agenda outlines keynote speeches and panels on topics like traffic management initiatives, connected vehicles, vulnerable road users, and case studies from Singapore, Japan, and the US.
Clarity from above: transport infrastructurePwC Polska
The document discusses the commercial applications of drone technology in the transportation sector. It finds that drones can enhance investment monitoring of infrastructure projects, maintenance management of roads and railways, and asset inventory. The total addressable market for drone-powered solutions in these areas is estimated to be over $13 billion. PwC has established a Center of Excellence using drones and data analytics for business consulting projects, being the first major consulting firm to create full-service drone operations.
This presentation discusses cognitive internet of vehicles (C-IoV). It provides a timeline of intelligent transportation systems and an overview of the layered architecture of C-IoV. It discusses security and privacy issues for C-IoV, including threats like eavesdropping, message alteration, and denial of service attacks. Recommendations are made for future research on C-IoV, including reducing latency, improving system performance, and addressing security and privacy challenges.
The document provides an overview and update on Version 6.0 of the National ITS Architecture. Key points include:
- Version 6.0 continues the evolution of the architecture to support ITS technical advances and deployment.
- Changes include new and renamed subsystems, terminators, market packages, and architecture flows.
- Version 6.0 also aligns with various DOT initiatives like Vehicle Infrastructure Integration and the National CVISN.
- A preview of Turbo Architecture Version 4.0 was given, focusing on improvements to project definition capabilities.
The document discusses the uniqueness of the InfoConnectivity System (ICS), which aims to enhance travel information provision. It notes current shortfalls like inconsistent information across systems and information that does not address traveler needs. This causes stress, uncertainty, and negatively impacts transportation ratings and passenger flow. The ICS seeks to address this by providing situation-based information tailored to traveler needs and impairments. It also aims to continuously improve information quality through an airport stakeholder consortium. Implementing the ICS is expected to raise destination and transportation ratings, optimize passenger flow, and create new revenue opportunities.
The document discusses the IT concept behind the InfoConnectivity System (ICS), which aims to bring together travelers, mobility providers, and service providers on a single platform. ICS is a semi-open system that combines and standardizes data exchange between these groups in real-time, allowing for isolated offers to become combined solutions and reducing time to market for new services. The system is inspired by open data principles and transforms data into useful travel information for users across different digital media.
The document discusses the Information-Connectivity System (ICS) being developed as part of the FP7 project IC-IC. The ICS aims to enhance interconnectivity between short and long distance public transportation networks by providing passenger-focused interconnected information. It focuses on connecting airports, airlines, and public transportation to airports in Amsterdam, Frankfurt, Paris, and Vienna. The ICS will provide travelers with information they need at each stage of their journey via various media sources. It will develop an ICS handbook and mobile app to improve existing information systems and provide information not currently available to reduce traveler uncertainty and improve the travel experience.
This document advertises and provides an agenda for the ITS Forum UAE conference on Intelligent Transportation Systems. The conference will take place from March 22-25, 2015 in Abu Dhabi, United Arab Emirates. It will bring together government officials, stakeholders, and solution providers from around the world to discuss projects, strategies, and technologies related to ITS and how they can enhance transportation safety, efficiency, and sustainability in the UAE and GCC region. The agenda outlines keynote speeches and panels on topics like traffic management initiatives, connected vehicles, vulnerable road users, and case studies from Singapore, Japan, and the US.
Clarity from above: transport infrastructurePwC Polska
The document discusses the commercial applications of drone technology in the transportation sector. It finds that drones can enhance investment monitoring of infrastructure projects, maintenance management of roads and railways, and asset inventory. The total addressable market for drone-powered solutions in these areas is estimated to be over $13 billion. PwC has established a Center of Excellence using drones and data analytics for business consulting projects, being the first major consulting firm to create full-service drone operations.
This presentation discusses cognitive internet of vehicles (C-IoV). It provides a timeline of intelligent transportation systems and an overview of the layered architecture of C-IoV. It discusses security and privacy issues for C-IoV, including threats like eavesdropping, message alteration, and denial of service attacks. Recommendations are made for future research on C-IoV, including reducing latency, improving system performance, and addressing security and privacy challenges.
Bhadale group of companies transport industry products catalogueVijayananda Mohire
This is our first version of product offering for the transport
sector. We offer cognitive services for intelligent vehicle movement,cargo delivery, personalized navigation aids, monitoring frameworks and help in reducing risks and savings in lesser insurance, lesser damage and quicker delivery of resources
IRJET- Vehicle Detection and Tracking System IoT based: A ReviewIRJET Journal
This document reviews vehicle detection and tracking systems using IoT technologies like Raspberry Pi. It discusses how previous studies have used GPS, GSM, and other sensors to track vehicle location in real-time and identify issues with those approaches. The document proposes a new vehicle tracking system that uses Raspberry Pi connected to a 3G/4G USB dongle to obtain location data and send it to the cloud for representation on a map. This provides real-time tracking while aiming to reduce costs and power consumption compared to other methods.
IRJET- IoT based Vehicle Tracking using GPSIRJET Journal
This document describes a vehicle tracking system using GPS and an Android application. It aims to reduce waiting times for bus students by informing them of bus arrival and departure times in real-time. The system uses GPS devices in buses to track their locations and an Android app to update students. It discusses how embedded systems and GPS work, and reviews previous research on bus tracking systems. The document outlines the system design, including how the Android app integrates maps and utilizes GPS, GSM, and a centralized database. It concludes the proposed system could resolve issues with current manual tracking while improving transportation services.
IRJET- Vehicle Security System using IoT ApplicationIRJET Journal
1. The document describes a vehicle security system that uses IoT technology to prevent vehicle theft. It uses sensors to detect vibrations if someone tries to steal the vehicle. It then sends a signal to a microcontroller and sends an SMS alert to the owner.
2. The owner can then log into an IoT-based web server to track the vehicle's location using GPS and control the vehicle remotely by activating features like honking or stopping the engine.
3. The system aims to provide affordable vehicle security and alerts the owner via SMS if the vehicle is being stolen whether they are near or far from the vehicle using technologies like sensors, microcontrollers, GPS and GSM communication.
GPS GSM Based Vehicle Tracking & Locking SystemIRJET Journal
This document describes a GPS and GSM-based vehicle tracking and locking system created by five authors. The system uses a GPS receiver and SIM908 module to obtain a vehicle's location via satellites and send it via GSM networks. An ATmega16 microcontroller processes the location data, which is then sent as a text message to the vehicle's owner. The owner can lock the vehicle remotely by replying with the text "LOCK". The system provides low-cost vehicle tracking and anti-theft capabilities by allowing owners to monitor a vehicle's location and remotely immobilize it if stolen.
the hybrid cloud[1] World Pipeline MagazineLayne Tucker
1. The document discusses a pilot project funded by the US Department of Transportation to test whether cloud and mobile technologies could improve pipeline risk management processes like damage prevention and integrity management.
2. The pilot project implemented ProStar's cloud-based geospatial solution called Transparent Earth to capture precise location data of buried pipelines using mobile devices, GPS, and pipe locators. This allowed real-time sharing of pipeline location and attribute data with field workers.
3. The pilot was successful, improving data collection, quality, and accessibility. Using cloud and mobile technologies enhanced workflows and supported compliance with new regulations.
A Survey on Vehicle Tracking System using IoTIRJET Journal
This document summarizes a survey on vehicle tracking systems using IoT. It discusses various approaches taken in previous research projects that implemented vehicle tracking using technologies like Arduino, Raspberry Pi, GPS, GSM, and databases. The survey compares using Arduino vs Raspberry Pi as the embedded platform and on-chip vs server-side data storage. It is concluded that Raspberry Pi provides faster processing and more RAM compared to Arduino, and server-side storage offers more security and flexibility than on-chip storage.
IJRET-V1I1P4 - Vehicle Tracking System Using GPS Tracking MethodISAR Publications
A vehicle tracking system is an electronic device installed in a vehicle to enable the owner
or a third party to track the vehicle's location.Multi-tracking system is a real time tracking platform
which uses integration of technologies such as GPS.The device installed in the vehicle
continuously moves and other related information at each position and then transmit to tracking
server, thus storing it in the database. Currently almost of the public having an own vehicle, theft is
happening on parking and sometimes driving insecurity places. The safe of vehicles is extremely
essential for public vehicles. As more devices become GPS enabled, accuracy will increase and the
system's scale and global reach will benefit everyone. Wireless technology promises to be a key
element in any long-term solution. This design will continuously monitor a moving Vehicle and
report the status of the Vehicle on demand
Keywords — GPS Tracking System, Vehicle Tracker , Security System .
Smart Parking with Multi layered SecurityIRJET Journal
This document proposes a smart parking system with multi-layered security that integrates IoT and cloud services. The key features include two-factor authentication (2FA) using a username/password and fingerprint biometrics for enhanced security. Users can locate available parking spots through a mobile app, and register their fingerprint to a spot when parking. On return, they must use their fingerprint to unlock their vehicle. Motion sensors detect unauthorized vehicle movement and trigger alerts. The system aims to modernize parking management through an easy-to-use app while improving security and parking utilization.
The US Navy uses GIS technology through its GeoReadiness Center to minimize the impact of military installations on local communities. The Center provides custom maps and spatial analysis to Navy Community Planning and Liaison Officers, who work with community officials to address issues like aircraft noise, safety zones, and land use compatibility. By overlaying layers such as noise contours and accident zones onto development data, the Center helps identify and mitigate potential problems. This supports the Navy's goal of ensuring public welfare near its bases.
Intergraph Consulting India Capability Center is a 100% subsidiary of Hexagon located in Hyderabad, India with over 500 employees. It provides software development services for Intergraph's enterprise engineering software suites that are used in industries such as chemical, petroleum, and transportation. Intergraph has over 4000 employees worldwide and focuses on enabling customers to organize complex data and make better operational decisions through superior software and services.
Sistematica S.p.A. is an Italian company founded in 1996 specializing in software development and systems integration. It has 86 employees with 13 in R&D and annual turnover of 7 million euros. The company focuses on developing turn-key software solutions and consulting services across several market sectors including telecommunications, groupware, form processing, space and defense. Sistematica has software factories in Rome, Terni and Matera and follows structured development processes.
Rolta’s homeland and maritime security solutions for safety of cities and its...Rolta
Nations are confronted with dangers of extremism from both inside and outside their borders, combined with difficulties of developing crime rates and expanding pressure to defend basic monetary resources, aside from mitigating disasters or safeguarding human rights in general. Rolta’s technology capabilities help combat internal security issues of the nation, ensuring the safety of its citizens. Rolta provides its technology in various sensitive and emergency sectors like maritime, critical infrastructures, border, and police force.
This document describes a bus tracking system that uses GPS and GSM modules to track the location of buses in real-time and provide that information to users. The system hardware installed on buses uses a GPS module to detect location and a GSM module to send the location data to the cloud. An Android mobile app then allows users to view buses' current locations on a map. The system aims to address issues with public transportation systems like not knowing arrival times or available seats. It provides real-time bus tracking to improve the user experience.
IRJET- GPS Based Vehicle Tracking and Monitoring System - A Solution for Tran...IRJET Journal
This document describes a GPS-based vehicle tracking and monitoring system using Arduino. The system uses a GPS module to obtain location data and a GSM module to send the location to authorized users via SMS. When a registered user texts the system, it replies with the vehicle's current latitude and longitude, which can be viewed on a map. The system is intended to help with vehicle security, tracking salespeople, and monitoring private drivers. It provides location updates every 10 seconds while the vehicle is moving.
GPS fleet tracking involves using GPS technology to track commercial vehicles in real-time. FleetSecuro is a GPS fleet tracking software that provides location data and reports to help companies improve efficiency, safety and customer service. It allows users to track vehicles, optimize routes, monitor driver behavior, and get alerts. The software offers a range of features through an easy-to-use interface to help businesses save costs and enhance productivity.
This document discusses various methods that have been proposed for detecting vehicle accidents using video analysis and machine learning techniques. It reviews 17 different research papers that tested approaches using convolutional neural networks, bidirectional LSTM, Gaussian mixture models, and other algorithms to analyze frames from videos in order to identify accidents. The papers evaluated methods for detecting vehicle collisions, extracting vehicle trajectories, recognizing abnormal traffic events, and alerting emergency services when accidents were identified. Overall, the document provides an overview of the state-of-the-art in using computer vision and deep learning for automatic accident detection from video footage.
The document discusses security issues in cyber-physical systems and proposes enforcing sensor network theory, information flow-based theory, and control theory to develop security policies and mechanisms for cyber-physical systems. It categorizes different types of attacks based on these three approaches and discusses mitigations to improve cyber-physical system security and allow their continued growth. The document defines cyber-physical systems as integrated computational and physical processes that sense, interact with, and control physical entities using communication, computation, and feedback control.
SmartDrive Systems has launched the SmartIQ Transportation Intelligence Suite, which uses big data and advanced analytics to provide real-time insights that improve fleet safety, operations, and efficiency. The Suite transforms massive amounts of data from commercial fleets into predictive analytics and prescriptive actions. It delivers new metrics and insights across key areas like safety, maintenance, and driver performance. Fleet investments in transportation intelligence solutions can yield an 8-11x return on investment and up to 3% reduction in total cost of ownership per vehicle per year.
Smart Parking is a global company that provides parking management solutions using sensor technology. They have offices worldwide and manage over 500,000 parking spaces in the UK. Their core products include SmartCloud, a cloud-based parking management platform, SmartSensors that detect vehicle presence in parking spaces in real-time, and SmartRep, a software that provides analytics on parking space usage.
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sector. We offer cognitive services for intelligent vehicle movement,cargo delivery, personalized navigation aids, monitoring frameworks and help in reducing risks and savings in lesser insurance, lesser damage and quicker delivery of resources
IRJET- Vehicle Detection and Tracking System IoT based: A ReviewIRJET Journal
This document reviews vehicle detection and tracking systems using IoT technologies like Raspberry Pi. It discusses how previous studies have used GPS, GSM, and other sensors to track vehicle location in real-time and identify issues with those approaches. The document proposes a new vehicle tracking system that uses Raspberry Pi connected to a 3G/4G USB dongle to obtain location data and send it to the cloud for representation on a map. This provides real-time tracking while aiming to reduce costs and power consumption compared to other methods.
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This document describes a vehicle tracking system using GPS and an Android application. It aims to reduce waiting times for bus students by informing them of bus arrival and departure times in real-time. The system uses GPS devices in buses to track their locations and an Android app to update students. It discusses how embedded systems and GPS work, and reviews previous research on bus tracking systems. The document outlines the system design, including how the Android app integrates maps and utilizes GPS, GSM, and a centralized database. It concludes the proposed system could resolve issues with current manual tracking while improving transportation services.
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1. The document describes a vehicle security system that uses IoT technology to prevent vehicle theft. It uses sensors to detect vibrations if someone tries to steal the vehicle. It then sends a signal to a microcontroller and sends an SMS alert to the owner.
2. The owner can then log into an IoT-based web server to track the vehicle's location using GPS and control the vehicle remotely by activating features like honking or stopping the engine.
3. The system aims to provide affordable vehicle security and alerts the owner via SMS if the vehicle is being stolen whether they are near or far from the vehicle using technologies like sensors, microcontrollers, GPS and GSM communication.
GPS GSM Based Vehicle Tracking & Locking SystemIRJET Journal
This document describes a GPS and GSM-based vehicle tracking and locking system created by five authors. The system uses a GPS receiver and SIM908 module to obtain a vehicle's location via satellites and send it via GSM networks. An ATmega16 microcontroller processes the location data, which is then sent as a text message to the vehicle's owner. The owner can lock the vehicle remotely by replying with the text "LOCK". The system provides low-cost vehicle tracking and anti-theft capabilities by allowing owners to monitor a vehicle's location and remotely immobilize it if stolen.
the hybrid cloud[1] World Pipeline MagazineLayne Tucker
1. The document discusses a pilot project funded by the US Department of Transportation to test whether cloud and mobile technologies could improve pipeline risk management processes like damage prevention and integrity management.
2. The pilot project implemented ProStar's cloud-based geospatial solution called Transparent Earth to capture precise location data of buried pipelines using mobile devices, GPS, and pipe locators. This allowed real-time sharing of pipeline location and attribute data with field workers.
3. The pilot was successful, improving data collection, quality, and accessibility. Using cloud and mobile technologies enhanced workflows and supported compliance with new regulations.
A Survey on Vehicle Tracking System using IoTIRJET Journal
This document summarizes a survey on vehicle tracking systems using IoT. It discusses various approaches taken in previous research projects that implemented vehicle tracking using technologies like Arduino, Raspberry Pi, GPS, GSM, and databases. The survey compares using Arduino vs Raspberry Pi as the embedded platform and on-chip vs server-side data storage. It is concluded that Raspberry Pi provides faster processing and more RAM compared to Arduino, and server-side storage offers more security and flexibility than on-chip storage.
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A vehicle tracking system is an electronic device installed in a vehicle to enable the owner
or a third party to track the vehicle's location.Multi-tracking system is a real time tracking platform
which uses integration of technologies such as GPS.The device installed in the vehicle
continuously moves and other related information at each position and then transmit to tracking
server, thus storing it in the database. Currently almost of the public having an own vehicle, theft is
happening on parking and sometimes driving insecurity places. The safe of vehicles is extremely
essential for public vehicles. As more devices become GPS enabled, accuracy will increase and the
system's scale and global reach will benefit everyone. Wireless technology promises to be a key
element in any long-term solution. This design will continuously monitor a moving Vehicle and
report the status of the Vehicle on demand
Keywords — GPS Tracking System, Vehicle Tracker , Security System .
Smart Parking with Multi layered SecurityIRJET Journal
This document proposes a smart parking system with multi-layered security that integrates IoT and cloud services. The key features include two-factor authentication (2FA) using a username/password and fingerprint biometrics for enhanced security. Users can locate available parking spots through a mobile app, and register their fingerprint to a spot when parking. On return, they must use their fingerprint to unlock their vehicle. Motion sensors detect unauthorized vehicle movement and trigger alerts. The system aims to modernize parking management through an easy-to-use app while improving security and parking utilization.
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This document describes a bus tracking system that uses GPS and GSM modules to track the location of buses in real-time and provide that information to users. The system hardware installed on buses uses a GPS module to detect location and a GSM module to send the location data to the cloud. An Android mobile app then allows users to view buses' current locations on a map. The system aims to address issues with public transportation systems like not knowing arrival times or available seats. It provides real-time bus tracking to improve the user experience.
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The document discusses security issues in cyber-physical systems and proposes enforcing sensor network theory, information flow-based theory, and control theory to develop security policies and mechanisms for cyber-physical systems. It categorizes different types of attacks based on these three approaches and discusses mitigations to improve cyber-physical system security and allow their continued growth. The document defines cyber-physical systems as integrated computational and physical processes that sense, interact with, and control physical entities using communication, computation, and feedback control.
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Smart Parking is a global company that provides parking management solutions using sensor technology. They have offices worldwide and manage over 500,000 parking spaces in the UK. Their core products include SmartCloud, a cloud-based parking management platform, SmartSensors that detect vehicle presence in parking spaces in real-time, and SmartRep, a software that provides analytics on parking space usage.
Similar to Pitney Bowes Case Study - Vehicle Tracking System for Singapore Government (20)
Pitney Bowes Case Study - Vehicle Tracking System for Singapore Government
1. Astrata Group Incorporated
Develops Anti-Terrorism
Homeland Security Tracking
and Control Solution for
Singapore Government Using
MapInfo’s Mapping Technology
C A S E S T U D Y
SUMMARY
Astrata Group Incorporated (OTC Bulletin
Board: ATTG - News) is focused on advanced
location-based IT services and solutions
(GEOIT) that combine GPS positioning,
wireless communications (satellite or
terrestrial) and geographical information
technology, which together enable
businesses and institutions to monitor,
trace, or control the movement and status
of machinery, vehicles, personnel and
other remote assets. Astrata has designed,
developed, manufactured and currently
supports eight generations of GEO-IT
systems with over 80,000 units deployed
worldwide.
The intensification and proliferation
of terrorist activities in the world has
prompted the Singapore Government to
step up its efforts to increase its homeland
security. Companies such as Astrata Group
Incorporated who develop advanced
location-based IT services and solutions play
an instrumental role in delivering homeland
security tracking and control solutions to
organisations and governments worldwide.
The Situation
The Singapore Civil Defence Force (SCDF)
is charged with ensuring the safety of
Singaporeans and the economy to near-
normal conditions during any eventualities.
Its main roles are to provide fire fighting,
rescue and emergency ambulance services;
as well as to formulate, implement and
enforce regulations on fire safety and civil
defence shelter matters.
Challenge
The SCDF wanted to implement a
system to carry out real-time
tracking of vehicles carrying
dangerous goods. This is to
strengthen its ability to tackle
unconventional chemical and
biological threats as well as
‘dirty’ bombs ie. any Radiological
Dispersal Device, radiological
weapon which combines
radioactive material with
conventional explosives.
Solution
To meet the SCDF’s requirements
Astrata’s Research and
Development (“R&D”) team for
Homeland Security Products
developed the Astrata Geo-
Spatial Information Technology
System (the “GEO-IT System”),
an advanced tracking, monitoring,
and control system.
After a rigorous evaluation
exercise, Pitney Bowes Business
Insight’s MapX®
software was
chosen as the mapping
technology for the HazMat
Transport Vehicle Tracking
System for the
SCDF.
One of the measures taken by the Singapore
Civil Defence Force (SCDF) to address
the threat of terrorism is to implement
a system to carry out real-time tracking
of vehicles carrying dangerous goods.
This is to strengthen its ability to tackle
unconventional chemical and biological
threats as well as ‘dirty’ bombs ie. any
Radiological Dispersal Device, radiological
weapon which combines radioactive
material with conventional explosives.
In September 2004, the SCDF invited
several vendors to propose a vehicle
tracking solution which could provide
comprehensive tracking, monitoring, and
sophisticated control functions. Following
an intensive evaluation exercise of proposed
solutions by vendors, Astrata (Singapore)
Pte Ltd - a Joint Venture Company owned
51% by Astrata (Asia Pacific) Pte Ltd and
49% by PCS Security Pte Ltd. - was awarded
the contract to develop and implement a
HazMat Transport Vehicle Tracking System
(HTVTS).
To meet the SCDF’s requirements Astrata’s
Research and Development (“R&D”) team for
Homeland Security Products developed the
Astrata Geo-Spatial Information Technology
System (the “GEO-IT System”), an advanced
tracking, monitoring, and control system.
Astrata’s R&D team also embarked on a
search for a superior mapping solution that
could deliver the high performance required
at a cost effective price. After a rigorous
evaluation exercise, Pitney Bowes Business
Insight’s (PBBI) MapX®
software was chosen
as the mapping technology for the HazMat
Transport Vehicle Tracking System for the
SCDF.
“ MapX is no doubt an efficient and cost-effective tool
that is a cut above the rest.”
Maurice Borer, Regional Business Development Manager, Astrata
Astrata Group Incorporated