Internet of vehicles security situation awareness based on intrusion detection protection systems

With the rise of technologies such as mobile Internet, 5G networks and artificial intelligence, the development of Internet of Vehicle Information Security (ICVS) has become the mainstream and direction for the future development of the automotive industry. ICVS, people, roads, clouds, and APP constitute a complex network of vehicles. As part of the Internet, vehicle networking will inevitably face various complex information security threats and risks. This paper aims to design a kind of security situation awareness of Internet of vehicles based on intrusion detection protection systems (IDPS). By collecting the security data of car, app and private cloud for big data analysis, the whole smart car security situation awareness system is constructed. The system can be used to analyze potential threats, send out warnings, and carry out emergency responses.

Intelligent user identity authentication in vehicle security system based on wireless signals

Intelligent identity authentication in vehicle security systems, as a vital component in anti-theft system and safety driving assist system, has received wide attention. Current vehicle security systems, however, focus the car security on the car keys security, ignore the owner of car keys. Anyone who owns the car keys can operate the car. This paper introduces an intelligent identity authentication method for vehicle security system based on wireless signals. Unlike past work, our approach combines car security with car owners and car keys. The intuition underlying our design is that when a user walks towards the car, the user’s gait information can be leveraged to identify the user. We capture the user’s gait information using wireless devices which can be deployed in the car, and then extract features from the received wireless signals using convolution kernel and apply artificial neural network to identify the user. We built a prototype and experimental results show that our approach can achieve high accuracy and strong robustness.

Automatic Irrigation System Using Soil Moisture Sensor with GSM Model

Bike or Car security is top priority of all concerned. Today there are plenty of car or bike security products to ensure your security completely. Security is a prime concern in our day-today life. Everyone wants to be as much secure as possible. Bike security is the most significant one for every owner. For that different security systems are available. Many times we hear the cases of bikes getting stolen from parking area. Or sometimes we forgot to remove the keys from bike by mistake. In these cases it is really difficult to get the bike back. This project is designed to solve this purpose. Main concept behind this project is of a bike security system using a password entered through Android mobile. This project turns on a Buzzer when entered password is wrong. An access control for bike forms a vital link in a security chain. The microcontroller based bike locker is an access control system that allows only authorized persons to access the bike

Using BLOCKCHAIN in automotive security

The analysis of problems of using authentication systems for automobile systems is carried out. It is shown that criminals are increasingly interested in modern car protection systems, cars are becoming more technological, which in turn opens up new opportunities for compromising the operation of vehicle components and systems, so security systems are increasingly required to ensure efficiency and safety. Modern systems of protection against illegal seizure of vehicles, better known as "alarms" try to deter attacks by intruders, but in turn can bring additional backdoors for intruders completely unintentionally, for example by adding an interesting feature to the car system, and then this feature can be dual due to problems with the authentication system. Therefore, based on this, car security systems must have the highest level of authentication security, which requires the use of a decentralized blockchain network with nodes for each car, authenticating the user in groups, this will move away from the standard client-server architecture, which is not sufficiently secure. . The main ways to solve this problem are to build a comprehensive security system, which in turn includes an improved and reliable authentication measure based on a decentralized blockchain network and two comprehensive schemes to update the critical data transmission system of the car – CAN network. The use of these systems will improve the security of the identification system and information flowing between critical units, which will improve the safety of the car from theft, as well as from the ability of attackers to create emergencies remotely.

Face Recognition System for Prevention of Car Theft with Haar Cascade and Local Binary Pattern Histogram using Raspberry Pi

In this era, the occurrence of vehicle theft has become a fairly frequent problem, especially in big cities like Jakarta and Surabaya. Although the technology for car security is very sophisticated (e.g. keyless system), but there are many cases that thieves still can break into the system. Once a car was stolen, the whereabouts of the car was unknown and the thief was on the loose. The goal of this research is to overcome this problem. As a device, this research works on Raspberry Pi 3 that connected with the Raspberry Pi Camera. Using the OpenCV library, with the Haar Cascade method for face detection, and Local Binary Pattern Histogram for face recognition. The device must be connected to the internet in order to send the information using a Telegram message. The research results show the success of the device system in face-recognizing between the car owner and car thief with optimal conditions in the morning until the afternoon with the light intensity around 660 to 1000 lux, and best recognizing distance at 50 cm. The success rate for obtaining the car’s location for the outdoor condition is 100%. Even if there is a slope or an error data, it can be tolerated because the difference was not too high, about 0.1-1.0 m.

Car Security System Based on Raspberry Pi

Statistics show that there is an increase in production of cars every year worldwide. Similarly, there is an increase in car theft attempts and carjacking cases worldwide. This paper is meant to increase the user’s situational awareness. The user is able to check for surrounding of the vehicle and judge for himself/ herself before approaching the vehicle. Raspberry Pi is used as the controller in this paper. A Universal Serial Bus (USB) webcam plugged into the Raspberry Pi enables the user to view the images captured in real time by use of an application installed on the user’s smartphone.