Because of the many changes that have taken place in the automotive industry in recent years, original equipment manufacturers (OEMs) of automobiles and tier suppliers have been under a lot of pressure to make adjustments. While digital technologies continue to revolutionise the mobility environment as well as the development methods that are used in the automobile industry, the market trend that has been referred to as C.A.S.E. (Connectivity, Autonomous, Sharing/Subscription, and Electrification) is still continuing strong. Let’s have a look at the prevailing tendencies that are likely to have an impact on the automobile industry in the year 2022!
Agility in business and the expansion of the economy
The industry is being impacted in a variety of different ways as a result of the move to digital. When it comes to high-tech product research and development, mass customization, automated production, and digital sales channels, automakers and their suppliers have been forced to expand their software skills in order to keep up with the rapid pace of digitalization. This has been necessary in order for them to remain competitive in the marketplace. The ever-growing quantity of technology that is incorporated into vehicles is, in and of itself, driving manufacturers to update the methods by which they develop new items. This is because the amount of technology that is integrated is expanding at an exponential pace.
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Not only in the production of mobility software but also in the way businesses conduct themselves in the market, the implementation of Agile (iterative and incremental) processes is becoming increasingly important in a setting that is both rapidly evolving and heavily dependent on software. This is because of the setting’s combination of rapid evolution and heavy reliance on software. Business agility, the utilisation of cloud-based solutions, and the adoption of agile development processes are increasingly seen as critical strategies to offer the flexibility and on-demand scalability required to survive in the automotive industry of today and tomorrow. This is because the automotive industry is expected to continue growing at a rapid rate in the coming years. They make it feasible for automakers to adapt to changes and grab new opportunities, begin the process of building new business models, and deploy new technologies as it becomes available.
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Is there going to be a significant advancement in the technology of hydrogen fuel cells?
It is projected that fuel cell electric automobiles will finally make their appearance on the market in the year 2022. Even though the technologies has been available for quite some time (the concept was first shown in the early 19th century), more stringent laws on emission control were necessary in order to actually progress innovation in the industry. This was the case despite the fact that the technology itself had been available for quite some time. The use of hydrogen as a potential source of fuel may make a significant contribution to the accomplishment of worldwide environmental objectives. Electric cars that are fueled by fuel cells have the potential to be recharged in a shorter amount of time, have a longer effective range than traditional EVs, and create only water as a byproduct of their operation. These benefits outweigh the environmental impact of the vehicles. Despite the fact that the infrastructure required to refuel these cars is still, for the most part, nonexistent, decision-makers in the UK, the EU, and elsewhere throughout the world are making progress toward finding a solution to this problem. It is expected that cars such as the Toyota Mirai, which marks one of the first commercial deployments of fuel cell technology in a mass-produced automobile, will lead the way for this ecologically beneficial technology. In the year 2022, we shall learn whether or not this technology will at long last be introduced to the public.
The increasing usage of driverless vehicles and platooning techniques for trucks
In recent years, self-driving cars have been all the rage, and there’s a good reason for that: the majority of automobile manufacturers view the race towards Level 4 vehicle autonomy (high driving automation) as the key to their success in the future of the mobility industry. In other words, the majority of automakers are betting their success on the success of self-driving cars. It is projected that the development of technology that allows vehicles to drive themselves would result in a reduction in the production of greenhouse gases, the number of accidents, the amount of time and money spent on transportation and travel, as well as other aspects of these activities. Thanks to the 2021 Mercedes-Benz S-Class, which comes standard with all of the hardware and software required to achieve Level 4 autonomy, this level of autonomy is now within reach (de facto self-driving).
Platooning, on the other hand, requires the same sorts of technologies but a great deal less autonomy than autonomous trucks need, and thus offers significant benefits to the business of freight transportation. Vehicle-to-vehicle communication (also known as V2V communication) has made it feasible for trucks travelling at high speeds to save fuel by travelling in a single file behind each other. This characteristic allows for V2V communication to exist. Within the next several years, it’s possible that hydrogen fuel cells may be able to effortlessly replace traditional sources of fuel.
Innovative applications of artificial intelligence in autos
The world of business is already benefiting from artificial intelligence in a number of different ways, and this trend is only going to continue. In fact, AI-powered algorithms are already offering extensive assistance in a variety of domains, including the manufacturing industry, the optimization of supply chains, and automated assembly lines, to name just a few. Artificial intelligence (AI) may lead to significant cost savings as well as improvements in quality, and industry experts believe that this trend will continue to spread in the years to come as a result of these potential benefits. On the other hand, the use of artificial intelligence might potentially prove to be advantageous to the safety of automobiles.
One further use of artificial intelligence that has garnered a lot of interest as of late is the monitoring of drivers. It is possible that examining the vital signs, eye movement, and behaviour of the driver in order to evaluate attentiveness, in addition to other aspects, can assist in the prevention of accidents. As a result, the research and development efforts of automobile manufacturers should focus their attention on this important field. In addition to performing real-time risk assessments, artificial intelligence may be able to aid in the creation of predictive maintenance for automobiles of the future. As AI becomes increasingly ubiquitous in a number of contexts, there is a strong potential that new uses for this sort of intelligent technology may arise in the transportation business. One such application may be in the form of autonomous vehicles.
Entertainment systems that use cutting-edge technology to improve on those that are already available
The incorporation of technologies such as augmented reality (AR) into automobiles is something that several automakers are considering doing in the near future. They contend that AR window displays, which are based on augmented reality, have the potential to make automobiles safer. In point of fact, a number of models that have been announced for sale in 2022 already feature augmented reality systems. These systems show relevant driving statistics and navigation information on the windshield of the vehicle.
In the meantime, the development of technologies such as NLP (Natural Language Processing) combined with AI enables the use of voice-controlled virtual assistants in automobiles to perform simple tasks without requiring the driver to take their eyes off the road. These tasks include initiating phone calls, playing music, or adding driving directions. Voice-activated technologies are being brought to vehicles not only by traditional automakers but also by technology firms such as Google and Apple, which already have a presence in automobiles thanks to their respective Android Auto and Carplay products. Conventional automakers are leading the charge to bring voice-activated technologies to vehicles.
Concerns Regarding the Safety of Cyberspace
Even though it is not a new technology in and of itself, it is of the utmost importance that, as ever-increasing volumes of data get engaged in the driving experience, information technology security becomes the primary focus. This is because it is of the utmost importance that ever-increasing volumes of data get engaged in the driving experience.
It is impossible to overstate the significance of protecting not only the personal information of drivers and other users but also the integrity of the vehicle itself against intrusion from outside sources. This is important for a number of reasons, including the fact that it is impossible to overestimate the importance of protecting private information. While it has been shown that hackers may take control of a car while the driver is inside of it, the security of personal data has emerged as a main worry for organisations in all industries. This is because personal data can be used to identify an individual. Automotive manufacturers are now working on developing new solutions for the early perception of threats, as well as real-time and active protection and response to cybersecurity assaults. These new solutions are being created right now. Naturally, hackers are not sitting by silently either, which is why carmakers all over the world have made cybersecurity a continuous item on their innovation agendas. Hackers are not sitting by quietly either.