Automation technology-driven cars

Once a utopian ideology is now becoming reality. It’s true that an abundance of opportunities in the field of automation technology remains unexplored. But, even at the scratch, the science of autonomy has derived great benefits for mankind, making the completion of everyday tasks much more efficient and quicker. Not only has it helped us improve existing operations but has also justified the resources put into its research by bringing about newer possibilities; driverless cars being just one of the plethora. 

The current day automotive market trends suggest extensive work by manufacturers on two aspects, fuel efficiency and increased safety for the passengers. Our question to the car-tech giants must be if these are achievable with self-driving vehicles. 

Driverless cars explained

Driverless cars are powered by systems that allow them to navigate to a destination avoiding obstacles without any human intervention. On arrival, they must even be capable of parking. To achieve this, their cars use artificial intelligence-based systems that comprehend data input from the surroundings, processes it to recognize hurdles and then operates the car by steering, braking or accelerating to avoid any collisions with them. Without the donation of AI from the Global Driverless Car System Market, these cars would have never been truly automatic.

While decreased fuel consumption from these driverless vehicles is not guaranteed, they have surely been tested for an increased safety. Human negligence or carelessness have been the main causes of accidents on roads. With machines programmed to react to various circumstances, all human error can be avoided.

A snapshot of the competitive landscape

Almost every established car manufacturer, dynamic carpooling services, and tech-based research companies have set their foot on this land. They have all been involved in designing and developing an AI-based solution for their cars’ performance on the road. An automotive industry analysis demonstrates the acceleration that the process of bringing self-driven cars on road has received. All moves aim to accomplish a complete connectivity of the vehicle with the outside environment for it to be able to mitigate accident risks.

While companies like Google have discontinued self-development of cars to partner with manufacturers, car makers themselves, like Volkswagen, have multiple technology partners for the introduction of gesture control, language recognition, and infotainment systems in their driverless vehicles. Samsung and Huawei, have powered their AI smartphones to drive cars too! By allowing the car to read navigation from the phone, they have couple object recognition with automation technology.

The accelerators and speed breakers

The key drivers for the advancement of this technology include a demand for traffic jam assist to avoid the constant stop-and-start commute and a more cautious on-road approach. However, the progress is not free from bottlenecks.

Where real-time decision making is involved, AI hasn’t been very successful and extensive research is being conducted to fulfill that purpose too. It is estimated that the acceptance of this technology will take time; especially for the congested urban streets and tricky routes.

Market research reports also show that this field is marked with tough competition. While a clear market forecast seems impossible, better features are expected to be commercialized soon due to the neck-to-neck battle.