Innovation is already driving modern automobiles. Yes, smart connectivity is shaping the auto sector in an unprecedented way. While some of these technologies are already about to become mainstream, there are other technologies that are in their infancy and are getting ready. Most automotive management services anticipate that, together, these technologies will shape the future of connected automobiles of the future.
Here are the 5 trends that will shape the future of connectivity in the automotive industry.
1. Autonomous cars
Autonomous cars that can roll on the road without the driver's intervention while driving are already a reality, with several automakers coming with their respective models. Already through several successful trials, driverless cars truly represent the future of the automobile in the world. However, according to the expertise of the main car management services, driverless cars, although already a reality, still need ten years for these cars to become public and hit the road like ordinary vehicles.
2. Infotainment systems for cars running at IA
The infotainment systems of modern cars are becoming more and more powerful and responsive and they are all already able to respond to the most common commands, including voice commands. Virtual assistants with artificial intelligence will drive future car infotainment systems to respond more sensitively to passengers and the driver. Artificial intelligence is supposed to be introduced in the infotainment systems of future cars in a year or two.
3. Maintenance and repair powered by the blockchain
We all know how counterfeit car parts can affect vehicle performance and eventually damage vehicles. But at present, in many countries to prevent such counterfeit coins from entering the market, no reliable system is in place. In this respect, the block chain-based maintenance and repair mechanism can truly play a revolutionary role in the authentication of car parts. The Blockchain which, as a distributed ledger system, does not allow the deletion or falsification of data, while providing open and extended access to data, can actually help authenticate car parts through a distributed ledger easily accessible.
4. Vehicle-to-vehicle connectivity
Vehicle-to-vehicle connectivity, commonly referred to as V2V technology, allows cars on the road to share information and stay in touch with each other. On the road, a car can share information about speed, traffic, traffic conditions, dangerous threats, etc. The car management services maintain that this V2V communication not only dramatically improves car safety, but also helps cars avoid routes that may take longer. reach the destination because of heavy traffic. Some cars already have a better onboard communication system and highly equipped fleet management systems are already in place. All of these combined elements will shape the future fully equipped vehicle-to-vehicle connectivity system.
5. Maintenance powered by AR
Augmented reality technology that has already penetrated many sectors and niches due to the unique ability to integrate digital interaction with the real world around it. Just like to find the Pokemon digital game character in a popular RA game such as Pokemon Go in an AR-powered vehicle repair and maintenance environment, the military can render their services with the help of the game. a digital interface showing each part of the car.
A service engineer can see the entire car, from the car seats inside, through the engine and bonnet. It is thus easy to have a guided experience of repairing the entire car. This will help the auto industry save a lot on maintenance and services. For customers too, this will ensure more precision, faster service and greater vehicle durability.