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During the height of the pandemic, lockdowns were the primary challenge that automakers had to deal with. However, they were not the only challenge, as global shutdowns caused chip shortages, making it difficult to keep up with production. This resulted in higher car prices and a lack of innovation, as automakers couldn't implement their vision for safer and generally more advanced vehicles. Fortunately, chip production is beginning to rebound, making vehicles easier to produce and get out to customers promptly.

 
Smartphones, computers, tablets, and all of their embedded "smart" devices already receive over-the-air (OTA) updates routinely. However, modern vehicles, which have become increasingly reliant on software for navigation, driving assistance, and entertainment, are also subject to OTA updates.

 
Drowsy driving is just as dangerous as drunk driving, as it can hinder your ability to maintain your vehicle. In fact, research indicates that operating a motor vehicle after staying awake for 24 hours is similar to doing so with a blood alcohol content of .10%. Fortunately, newer vehicles come with tools that detect drowsy driving and minimize the risk of an accident.

 
The next major EV battery technology advancement has long been considered solid-state cells. These batteries offer greater energy density, faster recharge times, and better safety than traditional batteries containing liquid electrolyte cells. They are considered the Holy Grail of EV batteries, with companies worldwide spending billions of dollars and over 15 years on research and development to develop a viable solid-state battery.

 
As cars continue to become more advanced, drivers need to be aware of a number of security risks. For example, it is now possible for someone to hack into a vehicle's computer and take control of the vehicle. Hackers may also obtain data transmitted from computers, phones, or other devices used inside a car, truck, or SUV. Fortunately, there are a number of ways that car companies are helping make vehicles more secure.

 
Electric vehicles have long been seen as a viable way to cut down on greenhouse gas emissions in the United States. These batteries obviously make EVs much more environmentally friendly than their traditional counterparts, but they still need to be produced as efficiently and ethically as possible. Fortunately, EV batteries can be recycled when they reach the end of their lives, creating a circular EV battery economy that helps close mineral supply gaps and reduces our reliance on mining.

 
For good reason, many drivers have already transitioned to electric cars. Not only are modern EVs better for the environment, but they also deliver a great driving experience. Furthermore, don't overlook the perks of driving one of these automobiles during the cold season. Here are some of the main winter benefits of an electric car.

 
Software-defined vehicles (SDVs) will dominate the roadways in the upcoming years and decades. Using software instead of hardware to control a vehicle makes it easier to maintain or upgrade remotely, and it also makes it easier to develop the technology needed for cars to communicate with their surroundings and each other.

 
If you're thinking about buying a new car, there's more to consider than just the trim level and amenities you want to have. Cars are now offered in different power sources than just gasoline, including hydrogen fuel cells. If you want to learn more about this novel technology that powers cars or find your first hydrogen cell vehicle, we are here to help you.

 
Artificial intelligence (AI) will have a profound impact on our lives in the coming years and decades. Already, it has had a profound impact on the way that we drive our cars, and it will also help to make them safer, as vehicles can make decisions on your behalf and much quicker than you can.