
So-called connected vehicles can be understood as the connection between vehicles through certain devices, the connection between vehicles and network centers, intelligent transportation systems, and other service centers, and even the connection between vehicles and residences, offices, and some public infrastructures. In other words, they enable information exchange between the in-vehicle network and the external network, comprehensively addressing the information communication issues among humans, vehicles, and the external environment. Below is relevant information: 1. Initial Stage of Connected Vehicles: The basic functions of connected vehicles in the initial stage generally date back to the official establishment of the International Telematics Industry Alliance (ITIF) in 2010. That is to say, the initial stage of connected vehicles is represented by Telematics technology. Telematics is a combination of and informatics, referring to a comprehensive information service system that enables the exchange of text, images, and voice information through computer network technology built into vehicles, aircraft, ships, trains, and other transportation tools, utilizing wireless communication technology and GPS satellite navigation. 2. Characteristics of Telematics: The characteristics of Telematics lie in the fact that most application systems are located on the network (such as communication networks, satellites, and broadcasting) rather than inside the vehicle. Drivers can use wireless transmission to connect to the network for transmitting and receiving information and services, as well as downloading application systems or updating software, with relatively low costs. The main functions still focus on driving safety and vehicle security.

Connected vehicles are what we commonly refer to as internet-enabled cars. They connect to the internet via built-in communication modules, essentially equipping your car with a mobile phone chip. My favorite feature is the remote control capability—cooling the car in summer or warming it up in winter in advance, so you never have to endure extreme temperatures again. Plus, the real-time traffic navigation is incredibly accurate, automatically suggesting alternate routes during traffic jams. In case of an accident, the system can automatically alert emergency services, which is crucial for those driving long distances alone. However, privacy concerns should be noted; with onboard cameras and sensors collecting data, it's advisable to regularly check permission settings.

Simply put, it means the car is connected to the internet. Last year, my vehicle was upgraded with a telematics system, and the most noticeable change is that the infotainment system has become smarter. It can not only recognize my voice commands to open and close windows but also learn and adjust seat angles based on driving habits. Once, when I visited an unfamiliar city, the system automatically reserved a charging station and completed the payment. is also more convenient—the onboard diagnostics detected an issue with the tires and directly pushed the locations of nearby repair shops. Of course, there are downsides too, like occasional lag during software updates. It's advisable to choose a car manufacturer with a stable communication module supplier.

Connected vehicles are like mobile terminals. Last weekend, my car's system suddenly popped up a heavy rain warning and pre-planned a safe route to avoid flooded areas. Such vehicles are usually equipped with V2X technology, enabling real-time communication with other vehicles and traffic lights. When a car brakes suddenly, vehicles hundreds of meters away will receive an alert. I've noticed that newly released new energy connected vehicles can even power their communication modules via solar panels. The only thing to watch out for is signal coverage—when driving into mountainous areas with unstable networks, it's best to download offline map packages in advance.

In my understanding, connected cars are a combination of ordinary vehicles and the internet. The most impressive feature is biometric recognition: starting the car with fingerprints and automatically adjusting mirrors based on the driver's physique. Once after shopping, I forgot my parking spot, and my phone's positioning directly navigated me to the car. Safety has also improved; if a child is locked inside, it triggers an alarm, and any abnormal door opening immediately notifies the owner. It's advisable to turn off unnecessary sensors when not in use, saving power and protecting privacy. In the future, they might even support AR panoramic navigation, projecting road conditions onto the windshield.

It's essentially a car that can think for itself. My vehicle connects to home devices, automatically starting up before I leave work each day and opening the garage door upon arrival home. It's particularly useful in emergencies, such as automatically sending its location to rescue teams when there's a breakdown or connecting to emergency services the moment a collision occurs. Most connected cars now use 5G modules, making them ten times faster in response than older models. However, cybersecurity is a concern; I make it a habit to regularly clear the cache and enable two-factor authentication. As the technology matures, connected cars might even handle tasks like insurance claims on our behalf in the future.


