As opulent motors become increasingly more elegant and advanced, let’s look at the impact of technology, and the specific trends shaping the future of the industry.
Artificial Intelligence (AI)
Over the past couple of decades, the capacity of technology has skyrocketed exponentially, with endless innovations and inventions consistently expanding and improving processes and performance year after year, particularly when it comes to artificial intelligence (AI).
Take online casinos, for example, which have boomed in popularity thanks to a rise in cloud-based technologies. With each new innovation, their games have developed further, with players now able to try their hand at live blackjack online with a live dealer and real-time opponents able to communicate via live stream.
These games leverage a wide range of other technologies to provide an accessible and authentic experience, whilst AI bolsters the offering by automating registration, customer services, and other elements that improve overall customer experience.
Turning our eyes to the automotive industry, a similar trend can be seen here too.
As technological achievements have continued to advance, so too have the complexity, opulence, and quality of high-end cars. And, with a new wave of pioneering technology being leveraged in recent years, AI has certainly made an impact on modern motoring.
A number of car manufacturers are beginning to incorporate AI into their processes, typically integrating AI chatbots into their entertainment system for more comprehensive assistance. However, breaking new ground, Toyota has developed a generative AI tool that enables designers to generate sketches through prompts and optimise the aerodynamics, wind resistance, and overall performance of the motor right off the bat.
When it comes to sports cars, the potential here is truly exciting. Armed with this technology, car designers will be able to consider the tradeoffs between aesthetics and engineering earlier on in the process, constantly testing how design choices will affect the speed, and vice versa. In doing so, this could lead to a whole new generation of sports cars that are equally as epic to drive as they are to look at.
Quantum Computing
Quantum computing has been promptly adopted by leading manufacturers to enhance manufacturing processes, streamline design processes, and produce simulations of potential car designs. One of the earliest adopters of this technology was BMW, who partnered with Pasqal in order to complete predictive and rapid virtual modelling, which they hope will make their designs safer, more sustainable, and less time-consuming.
Perhaps one of the most fruitful applications when it comes to sports cars is to calculate the effect that wind will have on the materials of the car, and to calculate how material choices will affect potential speeds. Incorporating quantum computing into the design process has the potential to improve overall speed and streamline designs for luxury sports cars.
Overall, it is clear that new emerging technologies provide a wealth of possibilities for the car industry – and particularly for manufacturing high-end cars. The result will hopefully be more sleek and speedy sports cars that intrinsically ooze luxury being released in the future.