Smart Vehicle using IoT
Download as PPTX, PDF•4 likes•6,655 views
This document proposes a smart vehicle security system using IoT that allows users to remotely monitor and control their vehicles via a mobile app. It cites statistics on vehicle theft in India to motivate the need for such a system. The system would use sensors and cameras on the vehicle to detect motion and stream live video to authenticated users. It provides an overview of the hardware, software, and mobile app design, including features like geofencing, remote locking/unlocking, and notification of abnormal activity. Future work is mentioned to incorporate machine learning and blockchain technology.
Smart Vehicle using IoT
- 1. SMART SECURITY SYSTEM FOR VEHICLES USING INTERNET OF THINGS (IOT) Mithileysh Sathiyanarayanan, London, UK Santosh Mahendra, New Jersey, USA Rajesh Babu Vasu, New Jersey, USA Contact: [email protected]
- 2. WHY SMART VEHICLES USING IOT? • Recent survey says, India is the largest two wheeler market in the world, with sales close to 17.7 million two wheelers in the year 2016, with 48,000 units sold every day. China is the second largest market for two wheelers. Followed by Pakistan, Vietnam, Indonesia, Taiwan and other Asian countries. With more number of bikes on road, comes the risk of theft. • According to the report published by the National Crime Records Bureau (NCRB), in the year 2016 alone 211,844 two wheeler vehicles were stolen in India. Out of which only 46,436 vehicles were recovered, which means 78% of the vehicles were unrecovered (this is on the rise when compared to reports from 2010 to 2015).
- 3. WHAT IS SMART VEHICLES USING IOT? • A smart vehicle security system using IoT is used for accessing and controlling vehicles remotely using a smart phone. • This smart system is created to provide vehicle information such as position, time, and alarm informed to the owner of the vehicle by either using Short Message Service (SMS) or using mobile application. The com- bination of the above technologies can be used synergistically as a smart vehicle security key to control a vehicle (lock or unlock one’s vehicle with the help of SMS/app) from remote locations.
- 5. POTENTIAL USERS • Individual Users • Drivers • Organisations • Delivery Agencies • Fleet Management
- 7. FEATURES
- 8. HARDWARE DESIGN • The design uses Microcontroller with leading wireless and AV technologies to bring live streaming capabilities of audio and video data over Wi-Fi. • Supports capture and streaming of: – Video - 720p @ 15FPS – Audio PCM, 16bps @ 11025Hz • Supports RTP/RTSP protocols • SimpleLinkTM Wi-Fi connectivity over 802.11 b/g/n networks • Inbuilt provisioning for easy commissioning of the device to a Wi-Fi network • Advanced Low-Power Modes
- 9. EMBEDDED SOFTWARE DESIGN The main functionality of the embedded software will be to • Boot up the device and be ready to sense the motion • Detect motion, and upon motion detection, enable the video camera to capture the live video/audio • Be able to stream to the live video to configured cloud streaming server via RTP protocol in conjunction with RTSP/RTCP • Keep sending device heart beat every 15 minutes to the cloud, via MQTT • Be able to live stream on user request • Be able to firmware download and upgrade remotely. • The cloud will push the latest firmware upgrades to the respective devices and device should be able to upgrade remotely. • Boot Up Design • Video/Audio streaming • Live streaming on motion detection
- 10. MOBILE APPLICATION DESIGN • Mobile Application Architecture • Design Frameworks and Components • Open Authorization Protocol (Oauth) • Notification Mechanism • IoT Data Analytics
- 12. MOTION DETECTED & IMAGE SCREENSHOT SENT AS NOTIFICATION TO THE USER
- 13. FUTURE WORK • Our system will also be able to get automated updates using Machine Learning (ML) and Artificial Intelligence (AI) technology. • The complete security system will be built using the blockchain technology.