Introduction: This report discusses the danger and safety of vehicle use and mentions some statistics. The report also discusses the intelligent transportation system and its benefits. Additionally, the report examines errors due to the human factor and mentions some of the IT features that resolved these errors. Finally, the report addresses the problem of car hacking and system errors. However, the specific objective of this report is to discuss the advantages and disadvantages of computerized safety devices in vehicles, taking BMW vehicles as an example. Say no to plagiarism. Get a tailor-made essay on “Why Violent Video Games Should Not Be Banned”? Get the original essayI. Background: This section will discuss and describe some basic vehicle safety information.A. Danger and safety in vehicles: Cars are one of the most efficient means of transportation in the world and especially in Europe. But the question is: are the cars saved? There are many sources of danger when driving a car. First, the car itself may break down or the tires may swell. Second, the road and its surroundings. Third, other drivers, some drivers who change lanes, surprise. And more importantly, it's you as a driver, using your mobile or any other driverless habit. All of this could result in fatal injuries. On the other hand, cars including safety features such as airbags, sensors and other safety systems.B. History and statistics: According to Destatis, 257 people died in a car accident in Germany in April 2018. Additionally, the number of injured increased by 16.1% compared to last year in the same month (Destatis , 2018). Cars and collisions have been linked for ages. In Germany for example: 228,024 car accidents in 2017 alone (Destatis, 2018).II. Benefits: This section of the report will discuss the benefits of computerized security devices. And how computerized safety features and intelligent transportation system improve the driver experience. And make it safer, taking BMW cars as an example. Furthermore, human factor error will be discussed in this section.A. Intelligent Transportation System: Intelligent transportation system is part of the Internet of Things. The Internet of Things is a system that produces the capacity and makes possible communication between machines and other electronic devices. Additionally, the Internet of Things gives machines the ability to communicate with people. Therefore, the intelligent transportation system gives vehicles the ability to communicate with each other, in vehicle-to-vehicle (V2V) communication (Rouse, 2017). This therefore provides many applications such as connecting the location of a vehicle to other vehicles. In addition, the local mentoring center supervises traffic and manages speed cameras, traffic lights and priority of transit lights. Being able to locate any vehicle at any time. In addition to locating the vehicle, the mentoring center would get a lot of information about the vehicle's statues. Additionally, the vehicle would be able to automatically report and alert if any irregular events occurred. For example, BMW vehicles provide immediate assistance in an emergency. If the airbags have deployed, the car's safety system will immediately and automatically call your area's emergency call center and report it via a unitindependent telephone installed mainly in the vehicle. Additionally, the system will attempt to connect you through the company's call center. Thus, they are able to know more details about the situation of your curtain (“BMW ConnectedDrive: BMW Emergency and Accident Call”, 2018).B. Reduce human error: The transportation process typically includes a vehicle and a human who steers and controls the vehicle. “It’s one thing to say that a machine performs better than the average human” (Sacks, 2018). Additionally, as humans, we have certain limitations. And these limitations provide some errors. This section of the report will explain how computerized security devices have addressed some of these limitations.1. Parking Assistant: Parking the vehicle is one of the actions that requires the most attention and precision from the driver. In addition, it is one of the actions that most often ends in a small collision or scratch on the vehicle. Additionally, it usually takes time due to the need for precision. Parking Assistant is a computerized function that enables fully automated parking action. It also had full control over forward and reverse, full control over braking. This capability is available on the BMW X6 and certain other BMW vehicles (“BMW X6: Driver Assistance”, 2018).2. Surround View: Data analysis shows that one of the reasons for car accidents is the driver's lack of ability to see what is around the vehicle. Additionally, the driver usually has three or more blind spots. Thus, this feature gives the driver a bird's eye view providing a 360-degree view (Howard, 2014). And display an aerial view of the vehicle. Additionally, it alerts the driver if the vehicle is approaching danger.3. Airbags: If car safety systems have been mentioned, the first thing that comes to mind is airbags. Therefore, it actually saved thousands of lives. The airbag system is programmed to deploy in the event of a collision with the vehicle. The airbags will deploy in front of the driver and passenger in an effort to prevent the driver and passengers from catching hearts. Because of the force of human inertia.III. Disadvantages: This section of the report will discuss the disadvantages of computerized security devices. Particularly, we will discuss the problem of hacking and system error.A. Hacking: Hacking usually involves computers, emails, and websites. But what about cars. Cars are hackable, it seems, right? Furthermore, there seems to be no connection between cars and hackers. But the truth is that cars are hackable. The first known car hack occurred when two researchers proved they could hijack a moving vehicle on a highway (Greenberg et al., 2017). And since then, the cybersecurity industry has become more interested in this issue. Moreover, all this is possible thanks to the Internet of Things and the intelligent transportation system installed in vehicles. Additionally, hacking a vehicle isn't just about messing with a car's control system. It's almost still the car. If the hacker gets into the car's computer, he will have the ability to control everything in the car, from the air conditioning system to the brake system to every other system in the car. More importantly, if all vehicles are hackable, that means cars are no longer safe. And we could see remote murder committed by hackers. This will also give the opportunity to think about hacking planes, trains or.