With the strong development of the Internet of Vehicles, what are the hidden dangers?

Through the new generation of information and communication technology, the Internet of Vehicles realizes all-round network links between cars and cloud platforms, vehicles and cars, roads, cars and people, and internally. The Internet of Vehicles uses sensor technology to perceive the state information of vehicles, and realizes intelligent traffic management with the help of wireless communication networks and modern intelligent information processing technologies.

Why is the Internet of Vehicles getting more and more attention?

The Internet of Vehicles (Connected Car, also known as smart cars, interconnected cars) refers to the interconnection of cars, mobile devices, the Internet and transportation infrastructure through wireless communication technology, so as to realize the information exchange and communication between cars, cars and the external environment. An intelligent transportation system for data sharing. The Internet of Vehicles can enable cars to have more intelligent functions, such as vehicle remote monitoring, automatic driving, predictive maintenance, intelligent navigation, vehicle interconnection, intelligent security, etc. Through the Internet of Vehicles, vehicles can achieve higher safety, efficiency and comfort, which is of great significance to the development of future smart cities and transportation systems.

In recent years, the Internet of Vehicles has been widely used in various fields. Here are some major application scenarios:

1. Intelligent navigation and vehicle positioning: Vehicles can receive real-time traffic information and road conditions through the Internet of Vehicles, and automatically plan the optimal route according to the vehicle's location, destination and traffic conditions.

2. Remote vehicle monitoring and management: Car owners can remotely view vehicle status, speed, location and other information through mobile devices such as mobile phones, and remotely control door locks, start the engine, and turn on the air conditioner.

3. Intelligent safety: Vehicles can share information with other vehicles, road facilities and traffic management centers through the Internet of Vehicles to improve traffic safety. For example, the communication between vehicles and road facilities can enable vehicles to discover road conditions in advance on invisible road sections, and adjust vehicle speed in time to avoid traffic accidents.

4. Intelligent driving and automatic driving: Vehicles can collect data on the vehicle and the surrounding environment through the Internet of Vehicles and various sensors to realize functions such as automatic driving, automatic parking and automatic avoidance.

5. Smart insurance: Vehicles can exchange information with insurance companies through the Internet of Vehicles, and insurance companies can customize insurance plans and pricing according to the driving conditions of vehicles to improve insurance efficiency.

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The security of Internet of Vehicles needs to be given equal attention

China's in-vehicle business ecosystem has experienced rapid development in the past few years, and is gradually forming an ecosystem with the Internet of Vehicles technology as the core, covering multiple fields such as automobiles, transportation, information and services. The following are some key development trends and status quo:

1. The market scale continues to expand: China's Internet of Vehicles market continues to expand. It is estimated that by 2025, the penetration rate of the Internet of Vehicles will exceed 40%, and the market size will reach the level of 100 billion.

2. Policies and standards are gradually improved: the government and industry associations are actively formulating technical standards and policies and regulations for the Internet of Vehicles to promote the healthy development of the industry.

3. Improvement of technical level: China's Internet of Vehicles enterprises are strengthening independent research and development and technological innovation. At present, many enterprises have certain technical strength and innovation ability.

4. The win-win cooperation model is gradually mature: various links in the IoV industry chain are gradually forming a win-win cooperation model, and various enterprises such as automobile manufacturers, communication operators, Internet companies, and software suppliers are actively exploring cooperation mechanisms and business models .

5. Diversification of services and applications: With the continuous upgrading of Internet of Vehicles technology and the continuous expansion of application scenarios, Internet of Vehicles services and applications are also gradually diversified, including vehicle remote control, intelligent driving, intelligent transportation, vehicle safety and other aspects.

The security issue of the Internet of Vehicles is an important topic because it involves personal safety and property safety. The security guarantee of the Internet of Vehicles is mainly realized through technologies such as data encryption, identity authentication, security protection, security upgrades, and artificial intelligence. With the development of in-vehicle application ecology, the role of applet technology is becoming more and more important, especially some third-party applet container technology providers (such as FinClip ) .

The small program container technology has played an important role in the ecological security of the vehicle business, which is mainly reflected in the following aspects:

1. Isolation technology: isolate different applets to prevent malicious applets from attacking and abusing vehicle systems and user data.

2. Security certification: Security certification is carried out through digital certificates and other security mechanisms to ensure that only legal applets can run in the vehicle system.

3. Restricting permissions: Restricting the access rights of applets to system and user data, so as to prevent malicious applets from obtaining sensitive information or damaging the system.

4. Remote management: to achieve remote management, the vehicle system administrator can monitor, update and delete the applet at any time to ensure the safety and stability of the vehicle system.

With the continuous development and popularization of the Internet of Vehicles technology, the security of the vehicle business ecology has attracted more and more attention. As an effective security measure, the applet container technology plays an important role in the vehicle business ecology. Through means such as isolation technology, security certification, permission restriction and remote management, the small program container technology can guarantee the safety of vehicle system and user data, effectively curb malicious attacks and abuse, and improve the reliability and security of the Internet of Vehicles. In the future, small program container technology will continue to play an important role in providing strong support for the healthy development of the Internet of Vehicles industry.