The automotive industry is going through major developments contributed by changing customer behavior, disruptions caused by the recent pandemic, and fast-paced technologies.
With the increased penetration of electric vehicles, networking, blockchain, machine learning, autonomous driving, and cloud computing, industry players have started to chalk out strong and new business plans so as to be relevant before the transition.
In addition, the global technological revolutions in logistics and supply during the recent pandemic have made the automotive industry adopt new methods backed by technologies.
Technological trends in the automobile industry, such as robotics, machine learning, and artificial intelligence, find their use in the sector. Other trends include deep learning and computer vision.
These technological trends allow automotive companies to offer multiple solutions and self-driving vehicles. These solutions include shared cars that help minimize the number of vehicles on the road.
The Future Technologies in the Automotive Sector
Automakers are integrating modern vehicle technological advancements in their cars. Tech firms like Google and Tesla are also working on electric and self-driving automobiles. Hence, it is clear that vehicles produced by the end of 2023 will have a lot of technological advancements addressing every digital touchpoint.
Normal vehicles have over 30,000 parts and 100 million codes. With more advanced technologies, these numbers have increased. Especially modern vehicle technological advancement will use more data so as to navigate efficiently. Not to mention, 5G will take navigation to the next level in 2023.
The Impacts of Technological Advancements
There are numerous impacts that technology has made on the automotive industry. Vehicles have progressed more since they were first manufactured, and automakers are continuously adapting to more advanced technologies that incorporate automotive aspects, such as servicing, marketing, car sales, and car design.
New technological advancements are being used in vehicles, which are now made to add convenience and allow improvement in the experience of customers. Some of the impacts of technologies in the automotive industries are seen in the following:
- Automotive paint chips. Well, TOF-SIMS analysisprovides a technique that distinguishes automotive paint samples of the same or almost the same colors. TOF-SIMS spectra are employed to determine the abundance of elements in the surface layer of paint chips. The profile of paint samples allows analysis of very small paint chips, identification of every car paint, and reproducible results for specific elements. For instance, over 75% of samples of silver, white, red, and blue automobile paints from several automakers in Korea were analyzed using TOF-SIMS methods.
- Safety improvements. Technological advancements play an important role in preventing accidents. Vehicle safety features involve the use of advanced technology. Examples include traction control, adaptive cruise control, tire pressure sensors, backup camera, lane-departure warning, blind-spot warning, and brake assist to name a few.
- Making automotive interactive. In the world today, customers expect more from their vehicles in addition to high performance. In the near future, items like LCD dashboards and large-screen infotainment will be among the common features on many premium brand vehicles.
The automobile sector has seen a lot of changes recently and will continue evolving rapidly. But currently, technological advancements, including IoT, virtual reality, and artificial intelligence, optimize roads, bring comfort, lower fuel emissions, and revolutionize driving experiences.