The Internet of Things and Connected Cars: What’s Next?
The world that we live in has undergone tremendous transformation ever since the Internet of Things (IoT) phenomena first emerged. In this world ruled by the Internet of Things, any item that has an on/off switch can establish a connection to the internet, send and receive data over the internet, and communicate with other devices that are part of the vast network of linked things, as well as connected locations and people.
The variety of Internet of Things devices is staggeringly extensive. Not only mobile phones and laptops are affected, but also practically everything else, including televisions, door locks, and even automobiles. This is how far the Internet of Things (IoT) works in our day-to-day lives.
If you weren’t paying attention, you may think you’re seeing a scene from a sci-fi movie set in the distant future. But the truth of the matter is that IoT is really where we are headed in the future.
What is meant by the term “connected cars”?
The technology that enables connected automobiles was originally shown to the public for the first time in 1996 by General Motors in partnership with Motorola Automotive. When it was introduced, OnStar was the world’s first linked automobile. It had a system that permitted voice communications and sent them to a central location in the event of a roadside emergency. As the years went by, connected automobiles continued to improve their systems, eventually arriving at the pinnacle of their evolution with 4G LTE in 2014.
The concept behind connected automobiles is to give drivers the ability to operate essential aspects of their vehicle from a distance using their mobile devices. Because this feature is available, you are able to check on the well-being of your automobile even when you are not currently inside the vehicle.
A common scenario is when you have to check to see if you were successful in locking the car doors before leaving the vehicle in the parking lot. If you have a connected automobile, all you need to do to ensure that the doors of your vehicle are locked is open an application on your smartphone.
In addition, because the devices that are used to control connected vehicles are connected to a local area network that provides access to the internet, all of the other devices that are connected to that network are able to collect data from one another and share it.
For example, the navigation system in your vehicle will not only alert you to potential hazards on the road, such as traffic jams or accidents, but it will also relay this information to other vehicles connected to the network.
How the Internet of Things will Shape the Future of Connected Cars
As long as new automobile technologies continue to emerge in the internet of things arena, the iteration of connected cars will continue to change and evolve. In this article, we examine a few of the potential benefits that will likely become available via linked cars in the years to come.
Use of video for entertainment and driver safety
The use of video in connected cars has a number of benefits, including both entertainment and safety. When it comes to the entertainment section, it is no longer sufficient to simply stream live video into the infotainment system of a vehicle. There are currently versions of connected automobiles that are capable of predicting a driver’s trip plan and determining the point along the route at which the car is most likely to lose wireless connectivity.
People within the vehicle would be able to watch a show uninterruptedly if the system were designed to download video content in advance of reaching any areas with poor signal strength. This would guarantee that there will be no disruptions in the live video stream. On days when traffic is particularly terrible, drivers and passengers may really appreciate having this capability available to them.
Not only will the virtual reality (VR) technology soon be making its way over to linked vehicles so that drivers may enjoy a virtual test drive, but it will also become a form of entertainment for both drivers and passengers travelling in connected vehicles.
When you watch a movie while wearing a virtual reality headset, whatever turn you make or movement you make with the automobile will create a comparable action with the characters in the movie. This is an entirely new dimension of entertainment, and it may pique the interest of people who are passionate about both cars and technology.
It is possible that the use of video will help reduce the number of accidents involving motor vehicles by providing drivers with a view of the road and its surroundings that encompasses the full 360 degrees. Utilizing car-mounted cameras that are able to capture photos even in low light and then splicing them together into a video clip is one way to make this a reality.
One other use for video technologies in connected automobiles is the provision of “see-through services,” sometimes known as “see-through windows.” The automobile in front of you will be able to record a video of the road in front of it and send it on to the car that is following it. This will eliminate any blind spots that may exist on the road.
Security from beginning to conclusion
Because connected automobiles are always in sync with the cloud and the server of the car manufacturer, there is the potential for vulnerabilities in the event that an unauthorised user acquires access to the relevant communication channels. Therefore, automobile manufacturers and their respective suppliers need to collaborate in order to ensure that the hardware and software components contain end-to-end security measures. These characteristics should be built into the components from beginning to finish.
When done in this manner, it will be impossible for hackers to change all of the essential data that travels through the connection points of the vehicle.
An ecosystem consisting of people working together
Because connected cars are reliant on the availability of a network connection, a collaborative collaboration between firms that produce automobiles and those that provide telecommunications services will be essential.
In order to make it possible for people who use cars to install software updates in a timely way, firms that provide telecommunications services are required to constantly provide fast and reliable Wi-Fi speed across all connected car platforms.
In exchange, companies that manufacture automobiles are required to make significant efforts to ensure that the functionality and design of their goods are foolproof; otherwise, the companies run the danger of having their products become susceptible to security flaws.
Soon, linked cars will be able to deliver the maximum degree of comfort, style, and convenience that consumers are searching for in future automobiles. This is something that consumers are looking forward to. It is possible that a connected car will soon be able to automatically open its doors and accept packages on its owner’s behalf thanks to a programme that will be developed in a relatively short amount of time.
IoT-enabled cars might also become smarter with the help of artificial intelligence (AI) technology, which would allow them to find a parking spot or arrange a service for the driver automatically.
You probably couldn’t have conceived of the Internet of Things coming into existence or linked cars driving on expressways a few decades ago. Nevertheless, all of this is occurring right now, and the days that are to come are full with so many possibilities—ones that might have a significant impact throughout the automotive sector, businesses that are involved in mobile technology, and consumer communities.