The TKSTAR Real Time Vehicle GPS tracker is a powerful vehicle tracking solution for keeping an eye on your fleet and assets. We've reviewed the product and the results are in. Find out why investors are turning to this innovative device.
ARTIFICIAL INTELLIGENCE (AI) ENABLED TRANSPORTATION - DISRUPTING AND OPTIMIZI...OliviaThomas57
Artificial intelligence is disrupting and optimizing the future of transportation by making it safer, smarter, cleaner and more efficient. AI applications are being used in autonomous vehicles, traffic management systems, and predictive maintenance of transportation infrastructure. However, widespread adoption of AI in transportation faces challenges regarding privacy, security, and the ethical implications of autonomous systems. Considerable investment and regulatory frameworks will be needed to address these challenges and maximize the benefits of AI in developing sustainable transportation solutions.
IoT services are becoming crucial for both automotive enterprises and consumers. As the automotive industry shifts from a product-centric to service-centric business model, the connected car will function as a platform for various services. However, security is the main challenge to overcome as vehicles become more connected. Standards must be developed to securely interface connected vehicles while maintaining privacy. This transition allows automakers to develop continuous customer relationships beyond the point of sale.
RISKS AND REWARDS OF ADDING AR TO CONNECTED DEVICESCarlaGalindez2
IT professionals, and even more so consumers, are able to see the value in potential applications of AR-enhanced IoT devices. Naturally,they are also able to see potential risk – such as data privacy violations or the uniquely AR threat of a virtual graffiti attack. Like any technology with the potential to transform,organizations will want to understand what is possible and strike the right balance between mitigating risk and enabling improved business performance through the strategic use of emerging technologies.
Summary artificial intelligence in practice- part-5GMR Group
1) BMW uses AI and machine learning throughout its business to design, engineer, produce, sell and support its vehicles. It aims to achieve fully autonomous level 5 vehicles by 2021.
2) GE uses AI and big data to build an "internet of energy" that optimizes energy production, delivery and use. It analyzes data from energy infrastructure to predict needs and enable more efficient operations.
3) Both companies partner with technology firms to gain expertise and integrate cognitive software with large-scale production systems. They apply analytics to improve asset management, operations and business performance.
Ericsson Mobility Report - June 2015 - North East Asia appendixEricsson
Ericsson Mobility Report is one of the leading analyses of data traffic available, providing in-depth measurements from the world’s largest selection of live networks spread all around the globe.
The report uses those measurements and analysis, together with internal forecasts and other relevant studies, to provide insights into current traffic and market trends in today’s Networked Society.
The June 2015 report looks at global subscription growth and how the pattern is set to continue to 2020.
The future of the connected vehicle - 29 July 2015Future Agenda
As part of the future agenda programme we are running an event in Munich on July 29th hosted by Nokia. Focused on developments in and around the connected vehicle, the will explore how changes we can see on and beyond the horizon will impact the world of cars, trucks and other vehicles over the next decade. This material is the starting point for the discussion.
Research aarkstore enterprise augmented reality in vehicular safety systemsNeel Terde
This document summarizes a market research report about augmented reality applications in vehicular safety systems. It provides an overview of how AR can provide early warnings and share information to improve safety. Automakers are starting to incorporate AR, while other companies may partner with third parties. The target audience for solutions includes automakers, application developers, and emergency organizations.
ARTIFICIAL INTELLIGENCE (AI) ENABLED TRANSPORTATION - DISRUPTING AND OPTIMIZI...OliviaThomas57
Artificial intelligence is disrupting and optimizing the future of transportation by making it safer, smarter, cleaner and more efficient. AI applications are being used in autonomous vehicles, traffic management systems, and predictive maintenance of transportation infrastructure. However, widespread adoption of AI in transportation faces challenges regarding privacy, security, and the ethical implications of autonomous systems. Considerable investment and regulatory frameworks will be needed to address these challenges and maximize the benefits of AI in developing sustainable transportation solutions.
IoT services are becoming crucial for both automotive enterprises and consumers. As the automotive industry shifts from a product-centric to service-centric business model, the connected car will function as a platform for various services. However, security is the main challenge to overcome as vehicles become more connected. Standards must be developed to securely interface connected vehicles while maintaining privacy. This transition allows automakers to develop continuous customer relationships beyond the point of sale.
RISKS AND REWARDS OF ADDING AR TO CONNECTED DEVICESCarlaGalindez2
IT professionals, and even more so consumers, are able to see the value in potential applications of AR-enhanced IoT devices. Naturally,they are also able to see potential risk – such as data privacy violations or the uniquely AR threat of a virtual graffiti attack. Like any technology with the potential to transform,organizations will want to understand what is possible and strike the right balance between mitigating risk and enabling improved business performance through the strategic use of emerging technologies.
Summary artificial intelligence in practice- part-5GMR Group
1) BMW uses AI and machine learning throughout its business to design, engineer, produce, sell and support its vehicles. It aims to achieve fully autonomous level 5 vehicles by 2021.
2) GE uses AI and big data to build an "internet of energy" that optimizes energy production, delivery and use. It analyzes data from energy infrastructure to predict needs and enable more efficient operations.
3) Both companies partner with technology firms to gain expertise and integrate cognitive software with large-scale production systems. They apply analytics to improve asset management, operations and business performance.
Ericsson Mobility Report - June 2015 - North East Asia appendixEricsson
Ericsson Mobility Report is one of the leading analyses of data traffic available, providing in-depth measurements from the world’s largest selection of live networks spread all around the globe.
The report uses those measurements and analysis, together with internal forecasts and other relevant studies, to provide insights into current traffic and market trends in today’s Networked Society.
The June 2015 report looks at global subscription growth and how the pattern is set to continue to 2020.
The future of the connected vehicle - 29 July 2015Future Agenda
As part of the future agenda programme we are running an event in Munich on July 29th hosted by Nokia. Focused on developments in and around the connected vehicle, the will explore how changes we can see on and beyond the horizon will impact the world of cars, trucks and other vehicles over the next decade. This material is the starting point for the discussion.
Research aarkstore enterprise augmented reality in vehicular safety systemsNeel Terde
This document summarizes a market research report about augmented reality applications in vehicular safety systems. It provides an overview of how AR can provide early warnings and share information to improve safety. Automakers are starting to incorporate AR, while other companies may partner with third parties. The target audience for solutions includes automakers, application developers, and emergency organizations.
Research aarkstore enterprise augmented reality in vehicular safety systemsNeel Terde
This document summarizes a market research report about augmented reality applications in vehicular safety systems. It provides an overview of how AR can provide early warnings and share information to improve safety. Automakers are starting to incorporate AR, while other companies may partner with third parties. The target audience for solutions includes automakers, application developers, and emergency organizations.
QR Code - A Missing Piece of Brazilian InternetYan Di
1. QR codes are not widely used in Brazil due to a lack of education on the technology and limited creative applications to drive adoption.
2. While some banks have started using QR codes to validate online transactions, overall usage remains low compared to countries like China where QR codes have been highly promoted and integrated into payments, marketing, and other areas.
3. For QR codes to take off in Brazil, cross-sector cooperation is needed to educate users on the technology through creative campaigns that incentivize initial usage and showcase the benefits.
This document discusses trends in IoT and Industry 4.0. It provides an overview of different terms used like IR 4.0, I4.0 and Industry 4.0. Technologies involved in the 4th industrial revolution are mentioned. Examples are given on how IoT can be applied in different sectors like transportation, insurance and healthcare. The potential for autonomous vehicles and drones are highlighted. An IoT-based elderly care solution called Raqib is presented which aims to allow the elderly to live independently with remote monitoring and assistance.
The document discusses the concept of the Internet of Vehicles (IoV), which connects vehicles through vehicle-to-vehicle communication networks. It describes how IoV relates to the broader Internet of Things by allowing vehicles to exchange information. Examples of IoV applications include early warning systems, detour applications, social media portals for vehicle owners, and using collected data for transportation analysis. The document outlines future areas of work with IoV including content sharing between vehicles, sensor data collection, intelligent transportation routing, and increased vehicle autonomy through technologies like platoons.
2014 Global Trend Forecast (Technology, Media & Telecoms)CM Research
In this report, the third volume in our "Global TMT Trend Forecast" series, we identify the major disruptive technologies that we will see in 2014 and predict how they will impact the world’s largest technology, media and telecom (TMT) companies.
Inside, we split the global TMT sector into 17 subsectors (e.g. connected devices, consumer electronics, semiconductors, e-commerce, social media, software, telecom operators, etc.) and examine how emerging technology themes will impact each sector, highlighting the likely winners and losers. Behind many of the themes mentioned in this report we have published in-depth research reports supporting our thinking. Here, we bring all these themes together. Our objective is to offer investors and industry executives a comprehensive trend forecast for the global TMT sector over the next 12 months.
If you only read one TMT Trends report this year, make sure it is this one.
The 10 most advanced automotive tech companies of 2020Mirror Review
Our latest magazine, “The 10 Most Advanced Automotive Tech Companies of 2020,” features the advanced automotive tech companies that are bringing new technologies and solutions to
transform the industry. These companies are delivering different solutions, but their key aim is to reshape the world.
This document discusses the growing field of Internet of Things (IoT) and its impact on business. It notes that every 3-7 years, organizations need to reinvent themselves to survive. The document outlines the three "tsunamis" of the internet, including fixed internet, mobile internet, and IoT. It provides examples of how IoT is being applied across various industries and market segments. It also discusses the need for IoT talent and the growth of IoT ecosystems to support business models shifting from product-based to outcome-based.
The document summarizes innovations from several companies in products and services fueling industry growth, including Johnson Controls launching an AI platform called OpenBlue to connect all parts of a building for more efficient control, Mitsubishi Electric developing an AI that can interpret scenes and discuss them with humans, and JR East unveiling autonomous robots to sanitize stations.
The satellite industry must look beyond its traditional borders and compete in the broader telecommunications sector in order to grow, according to Intelsat's CEO. While satellite technology has opportunities in connecting rural areas and supporting IoT and content distribution, its economic clout is small compared to telecoms. The satellite industry needs to offer higher performance, lower costs and better user experiences to compete effectively. Intelsat's CEO suggests focusing on what satellite does best like coverage while also competing across the larger telecom industry.
Rapid strides in Technology are making mobility seamless. Consumers are connected to the external world through a plethora of personal smart devices.
Automotive sector too is witnessing an unprecedented absorption of these technologies en masse to provide a connected car experience. There is an immediate need for the right mix of technologies/processes and the right delivery mechanisms for providing the Car occupants safer & ultimate driving Experience while generating value for the stake holders.
This presentation will cover some of the key technology trends and challenges involved in realizing the connected car functions
Connected Car - Ian Beavis, EVP at Nielsen Global Automotivewipjam
The document discusses findings from the 2014 Harris Poll AutoTECHCAST survey regarding consumer awareness and interest in connected car technologies. Some key findings include:
- Most consumers have heard of a "Connected Car" but are not very familiar with the term. Interest in owning a Connected Car in the future is moderate.
- Consumers prefer an integrated "built-in" Connected Car system to one that is brought in via smartphone. However, many have privacy concerns about data collection.
- OnStar is the most recognized Connected Car brand name. Awareness of specific Connected Car features is moderate but interest in having them in future vehicles is higher.
LatAm is currently the world’s fastest growing mobile ad market. It’s uniquely placed to ‘leapfrog’ the US, Asia and Europe in terms of innovation and moving forward in total adspend.
So how come in 2012 the region only accounted for 0.6% of global mobile adspend?
This presentation dispels the myths that surround mobile advertising in LatAm, and uncovers the three predictions that makes it one of the most exciting to markets to operate in for brands, agencies and publishers.
Smartphone friend or foe for Automotive OEMs?Mahbubul Alam
With the millennials becoming more and more concerned
about connectivity, the smartphone-driven automotive
revolution is inevitable. The automotive OEMs who will
win in this space will be those who can keep pace with their
continuously evolving roles of the IoT connected world
and yet are flexible enough to meet the demands of the
next generation drivers. What needs to be seen is how the
automotive OEMs will go beyond their current roles to where
they make smartphones a core mobility offering to deliver
the increasingly personalized information-centric experience
to its customers. Irrespective of the role of the OEM, the
IoT revolution driving smartphone-based connectivity in
the automotive industry is too big an opportunity to miss.
Catch the highlights from MWC16 in this quick recap. Learn about everything that happened at Mobile World Congress, including new virtual reality devices, the latest developments in IoT, and much, much more.
This document discusses user experience (UX) considerations for connected vehicles. It notes that while technology promises future value in areas like infotainment, driver assistance, and vehicle health, many consumers do not adopt new technologies. Effective UX design requires understanding human factors and avoiding information overload. Interactions should feel more natural and contextual rather than relying on more screens. The future of mobility is expected to include a mixed economy with growth in alternative modes like ride- and car-sharing alongside private ownership, though changes may happen gradually rather than through revolutionary technologies.
We have so many expectations towards 2021. India is consistently proving its talent on developing Its own digital environment in mobile app development after the Data breach of Chinese Apps. Mobile Application development company industry is continuously evolving and Staying up to date with the latest trend is arguably the most crucial aspect of success in this space. To stay competitive, exploring new opportunities and leverages the latest trends in technology.
How Telematics Will Improve Driver Experience and Deliver Greater Business ValueCognizant
Rapidly accelerating advances in telematics and human-machine interface design promise to deliver not only superior driving experiences but also benefits across the automotive ecosystem and beyond.
1. Sumitomo Electric has developed a novel method for remote monitoring of underground power transmission lines using existing cable infrastructure and sensors, saving time and costs compared to manual inspections.
2. Emerson is collaborating with Mitsubishi Hitachi Power Systems Americas to develop digital technologies like AI and predictive maintenance to reduce emissions and maintenance costs at power plants.
3. Hitachi plans to acquire wireless sensor company Perpetuum to develop remote fault detection for railway vehicles using self-powered sensors and AI analysis.
Lochbridge Connected Car Maturity Model FINALmowat312
The document introduces a Connected Car Maturity Model created by Lochbridge to help automakers determine which connected car solutions to prioritize. The model evaluates progress on four objectives - loyalty, differentiation, monetization, quality - by assessing implementation of related solutions. It provides a dashboard and grading system to track progress. The rest of the document discusses each objective in more detail and the types of solutions that advance maturity in that area from basic to advanced.
This document discusses emerging smart in-car technologies, including self-driving capabilities. It describes how vehicles will have more computing power and connectivity, allowing internet access, entertainment apps, and communication between cars for safety features. Future cars may not need manual controls and will be able to drive autonomously using sensors like cameras and radar along with artificial intelligence to navigate roads safely. Integrating these autonomous systems from the start of vehicle development and extensive testing allows for safer self-driving cars without manual controls.
Research aarkstore enterprise augmented reality in vehicular safety systemsNeel Terde
This document summarizes a market research report about augmented reality applications in vehicular safety systems. It provides an overview of how AR can provide early warnings and share information to improve safety. Automakers are starting to incorporate AR, while other companies may partner with third parties. The target audience for solutions includes automakers, application developers, and emergency organizations.
QR Code - A Missing Piece of Brazilian InternetYan Di
1. QR codes are not widely used in Brazil due to a lack of education on the technology and limited creative applications to drive adoption.
2. While some banks have started using QR codes to validate online transactions, overall usage remains low compared to countries like China where QR codes have been highly promoted and integrated into payments, marketing, and other areas.
3. For QR codes to take off in Brazil, cross-sector cooperation is needed to educate users on the technology through creative campaigns that incentivize initial usage and showcase the benefits.
This document discusses trends in IoT and Industry 4.0. It provides an overview of different terms used like IR 4.0, I4.0 and Industry 4.0. Technologies involved in the 4th industrial revolution are mentioned. Examples are given on how IoT can be applied in different sectors like transportation, insurance and healthcare. The potential for autonomous vehicles and drones are highlighted. An IoT-based elderly care solution called Raqib is presented which aims to allow the elderly to live independently with remote monitoring and assistance.
The document discusses the concept of the Internet of Vehicles (IoV), which connects vehicles through vehicle-to-vehicle communication networks. It describes how IoV relates to the broader Internet of Things by allowing vehicles to exchange information. Examples of IoV applications include early warning systems, detour applications, social media portals for vehicle owners, and using collected data for transportation analysis. The document outlines future areas of work with IoV including content sharing between vehicles, sensor data collection, intelligent transportation routing, and increased vehicle autonomy through technologies like platoons.
2014 Global Trend Forecast (Technology, Media & Telecoms)CM Research
In this report, the third volume in our "Global TMT Trend Forecast" series, we identify the major disruptive technologies that we will see in 2014 and predict how they will impact the world’s largest technology, media and telecom (TMT) companies.
Inside, we split the global TMT sector into 17 subsectors (e.g. connected devices, consumer electronics, semiconductors, e-commerce, social media, software, telecom operators, etc.) and examine how emerging technology themes will impact each sector, highlighting the likely winners and losers. Behind many of the themes mentioned in this report we have published in-depth research reports supporting our thinking. Here, we bring all these themes together. Our objective is to offer investors and industry executives a comprehensive trend forecast for the global TMT sector over the next 12 months.
If you only read one TMT Trends report this year, make sure it is this one.
The 10 most advanced automotive tech companies of 2020Mirror Review
Our latest magazine, “The 10 Most Advanced Automotive Tech Companies of 2020,” features the advanced automotive tech companies that are bringing new technologies and solutions to
transform the industry. These companies are delivering different solutions, but their key aim is to reshape the world.
This document discusses the growing field of Internet of Things (IoT) and its impact on business. It notes that every 3-7 years, organizations need to reinvent themselves to survive. The document outlines the three "tsunamis" of the internet, including fixed internet, mobile internet, and IoT. It provides examples of how IoT is being applied across various industries and market segments. It also discusses the need for IoT talent and the growth of IoT ecosystems to support business models shifting from product-based to outcome-based.
The document summarizes innovations from several companies in products and services fueling industry growth, including Johnson Controls launching an AI platform called OpenBlue to connect all parts of a building for more efficient control, Mitsubishi Electric developing an AI that can interpret scenes and discuss them with humans, and JR East unveiling autonomous robots to sanitize stations.
The satellite industry must look beyond its traditional borders and compete in the broader telecommunications sector in order to grow, according to Intelsat's CEO. While satellite technology has opportunities in connecting rural areas and supporting IoT and content distribution, its economic clout is small compared to telecoms. The satellite industry needs to offer higher performance, lower costs and better user experiences to compete effectively. Intelsat's CEO suggests focusing on what satellite does best like coverage while also competing across the larger telecom industry.
Rapid strides in Technology are making mobility seamless. Consumers are connected to the external world through a plethora of personal smart devices.
Automotive sector too is witnessing an unprecedented absorption of these technologies en masse to provide a connected car experience. There is an immediate need for the right mix of technologies/processes and the right delivery mechanisms for providing the Car occupants safer & ultimate driving Experience while generating value for the stake holders.
This presentation will cover some of the key technology trends and challenges involved in realizing the connected car functions
Connected Car - Ian Beavis, EVP at Nielsen Global Automotivewipjam
The document discusses findings from the 2014 Harris Poll AutoTECHCAST survey regarding consumer awareness and interest in connected car technologies. Some key findings include:
- Most consumers have heard of a "Connected Car" but are not very familiar with the term. Interest in owning a Connected Car in the future is moderate.
- Consumers prefer an integrated "built-in" Connected Car system to one that is brought in via smartphone. However, many have privacy concerns about data collection.
- OnStar is the most recognized Connected Car brand name. Awareness of specific Connected Car features is moderate but interest in having them in future vehicles is higher.
LatAm is currently the world’s fastest growing mobile ad market. It’s uniquely placed to ‘leapfrog’ the US, Asia and Europe in terms of innovation and moving forward in total adspend.
So how come in 2012 the region only accounted for 0.6% of global mobile adspend?
This presentation dispels the myths that surround mobile advertising in LatAm, and uncovers the three predictions that makes it one of the most exciting to markets to operate in for brands, agencies and publishers.
Smartphone friend or foe for Automotive OEMs?Mahbubul Alam
With the millennials becoming more and more concerned
about connectivity, the smartphone-driven automotive
revolution is inevitable. The automotive OEMs who will
win in this space will be those who can keep pace with their
continuously evolving roles of the IoT connected world
and yet are flexible enough to meet the demands of the
next generation drivers. What needs to be seen is how the
automotive OEMs will go beyond their current roles to where
they make smartphones a core mobility offering to deliver
the increasingly personalized information-centric experience
to its customers. Irrespective of the role of the OEM, the
IoT revolution driving smartphone-based connectivity in
the automotive industry is too big an opportunity to miss.
Catch the highlights from MWC16 in this quick recap. Learn about everything that happened at Mobile World Congress, including new virtual reality devices, the latest developments in IoT, and much, much more.
This document discusses user experience (UX) considerations for connected vehicles. It notes that while technology promises future value in areas like infotainment, driver assistance, and vehicle health, many consumers do not adopt new technologies. Effective UX design requires understanding human factors and avoiding information overload. Interactions should feel more natural and contextual rather than relying on more screens. The future of mobility is expected to include a mixed economy with growth in alternative modes like ride- and car-sharing alongside private ownership, though changes may happen gradually rather than through revolutionary technologies.
We have so many expectations towards 2021. India is consistently proving its talent on developing Its own digital environment in mobile app development after the Data breach of Chinese Apps. Mobile Application development company industry is continuously evolving and Staying up to date with the latest trend is arguably the most crucial aspect of success in this space. To stay competitive, exploring new opportunities and leverages the latest trends in technology.
How Telematics Will Improve Driver Experience and Deliver Greater Business ValueCognizant
Rapidly accelerating advances in telematics and human-machine interface design promise to deliver not only superior driving experiences but also benefits across the automotive ecosystem and beyond.
1. Sumitomo Electric has developed a novel method for remote monitoring of underground power transmission lines using existing cable infrastructure and sensors, saving time and costs compared to manual inspections.
2. Emerson is collaborating with Mitsubishi Hitachi Power Systems Americas to develop digital technologies like AI and predictive maintenance to reduce emissions and maintenance costs at power plants.
3. Hitachi plans to acquire wireless sensor company Perpetuum to develop remote fault detection for railway vehicles using self-powered sensors and AI analysis.
Lochbridge Connected Car Maturity Model FINALmowat312
The document introduces a Connected Car Maturity Model created by Lochbridge to help automakers determine which connected car solutions to prioritize. The model evaluates progress on four objectives - loyalty, differentiation, monetization, quality - by assessing implementation of related solutions. It provides a dashboard and grading system to track progress. The rest of the document discusses each objective in more detail and the types of solutions that advance maturity in that area from basic to advanced.
This document discusses emerging smart in-car technologies, including self-driving capabilities. It describes how vehicles will have more computing power and connectivity, allowing internet access, entertainment apps, and communication between cars for safety features. Future cars may not need manual controls and will be able to drive autonomously using sensors like cameras and radar along with artificial intelligence to navigate roads safely. Integrating these autonomous systems from the start of vehicle development and extensive testing allows for safer self-driving cars without manual controls.
AssetTrackr - GPS based Vehicle Tracking | Car Tracking for IndiaAssetTrackr Pvt Ltd
Showcasing different solutions offered by AssetTrackr Bangalore, Chennai, India. Real time GPS based vehicle tracking, asset gps tracking, consignment tracking, taxi dispatch solution.
This document describes a smart parking system created by a group of students that uses cameras and artificial intelligence to manage a parking lot. The system recognizes vehicle numbers using embedded cameras, tracks which space a vehicle parks in, and updates parking information. It can also detect collisions. The system aims to introduce an intelligent parking management solution using technologies like sensors, IOT, and mobile applications to help drivers find available spaces and pay for parking remotely.
The Faststream Technologies Smart Automotive Solution is enabled with IoT platform. The Connected Vehicle Solution aims to help the digital transformation of car manufacturers. To create the Connected Vehicle, Automobile manufacturing companies, telecommunication service providers and Faststream Technologies are working together. We’ve leveraged our mobile and compute platforms to support automotive trends in telematics, infotainment, ADAS, and cloud management mobile solutions. The Connected car services and applications along with our IoT solutions in the Automotive sector are presented here.
The document discusses an IoT platform called Asset Aware IoT that provides solutions for asset tracking and fleet management. It connects various devices and sensors to create an ecosystem for smart transportation, buildings, homes, farms, and cities. The platform includes features like real-time interaction, control of accessories and sensors, customized reports and analytics, device diagnostics, automation/interoperability, and APIs for application development. Examples of applications that can be built on the platform are provided related to driver behavior analysis and fleet optimization.
This document describes a vehicle tracking and monitoring system that uses GPS, GSM, and a microcontroller to track vehicles in real-time. It consists of three main parts: a vehicle unit with a GPS/GSM modem that collects location data and sends it to a server, fixed base stations that receive and forward data to a data center, and a database and software that stores location information and allows users to view vehicle locations on digital maps via the internet. The system also includes modules to detect driver drowsiness using eye blink sensors, alert drivers to traffic signal violations and speed limits using RF technology, and trigger alerts if vehicle components are removed to prevent theft. The project report presenting this system is organized into five chapters covering introduction
Anti-Theft Protection of Vehicle by GSM & GPS with Fingerprint VerificationIJAEMSJORNAL
This paper focuses on preventing car theft using microcontrollers and GSM modules. We are generating the results with better accuracy and proficiency. It can be helpful to those people who want better and more advanced security in their vehicle.
IRJET- Vehicle Monitoring System using Internet of ThingsIRJET Journal
The document presents a vehicle monitoring system using Internet of Things technologies. The system uses RFID sensors at toll booths to record vehicle information as vehicles pass through. This information is sent to a cloud database and can be accessed through an Android application. The application allows government officials to view vehicle logs and track reported vehicles. It also provides features for users like viewing their vehicle profile and getting notifications. Distance between locations is calculated using the Haversine algorithm. The system aims to help authorities track illegal vehicles and provide assistance to users.
The document provides contact and company information for Jia Decoration Materials, a GPS tracker manufacturer located in Guangzhou, China. It includes the company address, websites, phone/fax numbers, and describes their mission to provide real-time tracking products and solutions to over 100 countries. The company has over 11 years of experience in the industry and produces a line of GPS trackers that help with issues like fleet management, safety monitoring, and speed limitation.
IoT Based Vehicle Parking Smart Slot Availability Detection (VPSSAD)IRJET Journal
This document describes a proposed smart vehicle parking system that uses IoT technologies. The system uses sensors like IR sensors to detect available parking spaces. It then sends this data via an ESP8266 module to an Android application. This allows drivers to check available spaces on their phone before arriving. The system aims to reduce issues like traffic from drivers searching for spaces and inefficient parking. It proposes displaying available spaces at the entrance and restricting entry when full to better manage parking allocation. This smart parking system could help address growing parking problems in urban areas caused by increasing vehicle ownership.
A platform that can satisfy any business requirements of your customers: fleet security, fuel management, cold supply chain, last mile delivery, driver identification,fleet management, work order management, etc.
IRJET- Smart Parking Assistance By Nameplate Recognition Using OCRIRJET Journal
This document proposes a smart parking system using number plate recognition and optical character recognition to identify vehicles and manage parking spaces. The system takes an image of a vehicle's number plate as it enters the parking lot, uses OCR to extract the characters, and verifies the number plate against an existing database. If verified, it assigns the vehicle to an available parking slot and stores the entry time. When the vehicle exits, it checks the database for the exit time and calculates the parking cost based on how long the vehicle was parked. This system aims to more efficiently manage parking spaces and resources compared to traditional human-managed lots.
Track your vehicles and monitor your fleets “live” movement on the map.
With FleetManager, you are able to increase your fleet visibility and improve fleet operation.
FleetManager is available on Android and iOS.
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 .
1) The document discusses a technical presentation on embedded systems for automating cars. It describes how embedded systems combine hardware and software to perform tasks with minimal human intervention.
2) Autonomous vehicles are discussed as an example of an embedded system. Sensors, GPS, and advanced computer control allow vehicles to drive themselves without human input.
3) The presentation outlines the various components that would need to work together, such as sensors, computer processing, and network communication, to allow vehicles to navigate roads automatically while avoiding collisions.
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.
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IRJET- Intelligent Car Parking System commanded by Android ApplicationIRJET Journal
This document proposes an intelligent car parking system using a Raspberry Pi, QR codes, and an Android application. The system aims to automate the parking and unparking of cars to reduce human intervention and the time required for finding empty slots. Users can check parking availability in real-time using the mobile app and reserve slots. Infrared sensors connected to the Raspberry Pi detect occupied/empty slots, and the information is periodically updated to the server database and mobile app. The system is designed to provide more efficient parking operations and enhance the user experience.
Our domain expertise has enabled us to come up with an excellent assortment of GPS GSM Vehicle Tracking System.Waterproof GPS/GSM vehicle tracker,Waterproof housing (IP67), Large Flash memory (16MB!).
Implementing ELDs or Electronic Logging Devices is slowly but surely becoming the norm in fleet management. Why? Well, integrating ELDs and associated connected vehicle solutions like fleet tracking devices lets businesses and their in-house fleet managers reap several benefits. Check out the post below to learn more.
Understanding Catalytic Converter Theft:
What is a Catalytic Converter?: Learn about the function of catalytic converters in vehicles and why they are targeted by thieves.
Why are They Stolen?: Discover the valuable metals inside catalytic converters (such as platinum, palladium, and rhodium) that make them attractive to criminals.
Steps to Prevent Catalytic Converter Theft:
Parking Strategies: Tips on where and how to park your vehicle to reduce the risk of theft, such as parking in well-lit areas or secure garages.
Protective Devices: Overview of various anti-theft devices available, including catalytic converter locks, shields, and alarms.
Etching and Marking: The benefits of etching your vehicle’s VIN on the catalytic converter or using a catalytic converter marking kit to make it traceable and less appealing to thieves.
Surveillance and Monitoring: Recommendations for using security cameras and motion-sensor lights to deter thieves.
Statistics and Insights:
Theft Rates by Borough: Analysis of data to determine which borough in NYC experiences the highest rate of catalytic converter thefts.
Recent Trends: Current trends and patterns in catalytic converter thefts to help you stay aware of emerging hotspots and tactics used by thieves.
Benefits of This Presentation:
Awareness: Increase your awareness about catalytic converter theft and its impact on vehicle owners.
Practical Tips: Gain actionable insights and tips to effectively prevent catalytic converter theft.
Local Insights: Understand the specific risks in different NYC boroughs, helping you take targeted preventive measures.
This presentation aims to equip you with the knowledge and tools needed to protect your vehicle from catalytic converter theft, ensuring you are prepared and proactive in safeguarding your property.
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EV Charging at MFH Properties by Whitaker JamiesonForth
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What Could Be Behind Your Mercedes Sprinter's Power Loss on Uphill RoadsSprinter Gurus
Unlock the secrets behind your Mercedes Sprinter's uphill power loss with our comprehensive presentation. From fuel filter blockages to turbocharger troubles, we uncover the culprits and empower you to reclaim your vehicle's peak performance. Conquer every ascent with confidence and ensure a thrilling journey every time.
Ever been troubled by the blinking sign and didn’t know what to do?
Here’s a handy guide to dashboard symbols so that you’ll never be confused again!
Save them for later and save the trouble!
Expanding Access to Affordable At-Home EV Charging by Vanessa WarheitForth
Vanessa Warheit, Co-Founder of EV Charging for All, gave this presentation at the Forth Addressing The Challenges of Charging at Multi-Family Housing webinar on June 11, 2024.
1. TKSTAR GPS Tracker Review
The TKSTAR Real Time
Vehicle GPS tracker is a
powerful vehicle tracking
solution for keeping an eye on
your fleet and assets. We've
reviewed the product and the
results are in. Find out why
investors are turning to this
innovative device.
Driving around has never
been so convenient. With
mobile apps and even
dedicated connected cars, technology has made it easier than
ever to stay connected to your vehicles, office furniture, and
more.
However, there is still a huge drawback to using these connected
EV products. The hitch? They are expensive to buy and could
add hundreds of dollars to the cost of your vehicle in an
unfamiliar yet expensive location. Another drawback, these
products are not accurate enough to let you know if your car is
ok.
In order to solve these issues, companies are now turning to
trackers that can be mounted literally anywhere on the vehicle to
provide the same functionality. Examples include the TKSTAR
GT-81W connected car GPS tracker. This innovative product
shows how battlefield-relevant technology has started to trickle
into the home.
2. To develop this unique product,
my team and I analyzed over 40
different smart products from
startups, big players, all-in-ones,
and legacy brands. Based on our
findings, we determined the
magic combination that has
successfully evolved into the
TKSTAR tracked vehicle tracker.
True to its name and design, the
TKSTAR GT-81W is an
exploration in functional
expansion. According to Harpreet
Singh, Co-Founder and
Managing Director at Spatialtech,
an Israeli company offering
connected location solutions,
“GT-81W brings to the market a
sophisticated Bluetooth Low
Energy (BLE) equipped camera
which allows you to monitor your undivided attention. It provides
a comprehensive solution to track your personal vehicle with
everything included — your camera, vehicle data, and routes.”
With a simple twist of the thumbscrew, you can connect your GT-
81W to your smartphone over USB. Designed to work out of the
box, the device not only manages to connect to your smartphone
but allows you to conveniently search and store any vehicle data
it acquires. Within seconds of connecting, information such as
the previous time and location of your vehicle are displayed on
the touchscreen for you to view and manage. It is important to
note that when records are searched, you do not necessarily
need to locate it yourself. With GPS on board, if you can’t find it,
it will send a notification.
3. You only need to swipe down on the screen to display icons for
Traversal Mode, Vehicle Info, Start/Stop, Numeric Display, and
Show My Dashboard. The dashboard display lets you view your
driving stats such as speed, time, distance, etc. It also contains
an editable battery level meter for you to check the current
remaining battery life. If your battery is low or depleted, it will
slowly drain until it reaches 50% or more.
Short for TikTok Star Trek
Tricorder, the TKSTAR
device is an Arduino
based device that can
stream real-time GPS
data from its onboard
sensors to the Dashcam
platform on iOS or
Android. The data
appears on your mobile
device in real-time as a
RevPAR stream, which
can be analyzed to help
you track your fleet or an
asset.
I was introduced to the
product while on
assignment for a 360 video project. Using the real-time tracking
feature, the Dashcam team was able to place an RC car within a
container, stream the vehicle’s video file directly to RevPAR, and
link that data to local FAA RFID data and location.
While the software sits on the Dashcam, you can install the
device using the included SDK. Installs are simple and just
require downloading some files and adding the device to your
dashboard.
4. Next, you’ll have to download a required tool from the Dashcam
website. This will allow you to start recording, but once the
stream starts it will start to drop frames. This is expected
behavior which is involved with how the communication between
the Arduino and GPS modules works.
Once you have an app up and running in your mobile device,
simply locate the device on your dashboard and click the Start
streaming button. Many app developers have created Dashcam
streamer based apps that are iOS or Android apps with different
looking user interfaces, but the interface is the same.
As you can see in the picture above, the first time you start
streaming data, you won’t see data streaming directly from the
unit itself. Dashcam does its best to attempt to stream from the
unit itself, but it may not be able to get enough data nor keep up
as the compass unit travels around your house. That is until now,
as you can see from the second image, there is a blue cylinder
that will begin to appear and slowly drift to the right before finally
disappearing. This is the CICD module — the central chip that
the Dashcam uses to communicate. On its own, the unit will
explicitly state that there is no data streaming, but it starts to
come through when your app starts streaming. After the CICD
starts streaming, you can begin to see frames as the vehicle
moves. Many apps will prompt you to update the CICD if it isn’t
displaying a valid frame, but this simple solution is a cheaper
alternative to an active Zigbee network.
As it stops drifting to the right, the CICD starts to fill the screen
with data indicating that the Stream input signal has been
received.
TKSTAR is a company best known for tracking smartphones. Its
technology manages fleets of autonomous electric vehicles and
mobile robots for various industrial applications, allowing owners
to monitor what’s happening with their vehicles from a distance.
5. The company’s vehicles use the same hardware, software, and
cloud services as smartphones, allowing you to use the same
product on your fleet. You can even use the TKSTAR tracker on
your own fleet, or client’s miles away.
There are other vehicle products on the market for tracking
applications, like the popular Towstar. The Triang’s technology is
similar to that of TKSTAR. But it also ships with a base station,
allowing you to monitor a fleet from the comfort of your own
vehicle. Another competitor in the GPS tracking space is the
Open Control wireless system, which has similar features, and is
more expensive.
Rather than focus on its clients’ fleets, Teal Space acquired the
bankrupt Kivy Inc in 2017. The acquisition ramped up TKSTAR’s
ability to serve industry clients and expand worldwide. Databank
reports that the company now has 700 clients.
A few major challenges exist in effectively using TKSTAR. One is
consistency. How do you ensure that the device is always
sending the correct information? Two, tracking multiple vehicles
at the same time is a challenge. And that becomes challenging if
you want to verify alerts in real-time. A service like Crowdstrike
makes it possible to store data as comes in, but those are only
available in a limited number of data centers around the world,
and aren’t always available on-demand.
You can’t control when the industry partners need your
information, and the GPS and battery technology in a
smartphone might not be available when you need it.
Fleets come in many flavors. Some fleets are managed by an
app on a smartphone, a mobile operator, or your internet
provider. Others are directly managed by a fleet management
company or by a manufacturer.
6. Most fleets also have fleet managers, who might have a specific
region where they manage their fleet. Depending on your
location, you might need a different set of services. GPS isn’t
available everywhere, and it also isn’t installed on every car in a
fleet. Waiting for an update is expensive and is often the
bottleneck stopping fleet owners from using their devices to track
and manage vehicles in real-time.
Similarly, there are various ways fleet managers can manage
alerts in real-time. There’s the standard Intermodes facility the
majority of fleets have. This is just like sending SMS messages
to alert the fleet of an impending situation. Another option is a
long-delayed _CONSOL alerts telematics feature used for
industrial applications.