Technological disruptions are noticeable in many industries, including the automotive world. Different innovative products and technologies have emerged to cause disruption in the industry. Motor vehicle tech also has become highly advanced to catch the consumers’ attention. From high-tech devices to electric-assist vehicles, different innovations have transformed the automobile world. Let us talk about disruptive technologies in the automotive industry.
Dash cams for efficient management of a large fleet
Dash cameras act as the best guardians for your drivers and the road ahead. These advanced cameras continuously capture videos and send a warning message to fleet managers during potential accidents. The notification system allows managers to address and prioritize significant events very quickly.
The dash camera will capture footage to safeguard your vehicles and drivers. The high-tech tools provide valuable insights to improve driver’s protection and prevent risks to your business operations.
Dash cameras have different features to provide the maximum benefits. If you integrate a telematics solution with your dash camera, you will get a significant value. As a fleet manager, you will have a view of risky behaviors and critical events. You can also store important data related to your business operations.
So, in-vehicle cameras will allow you to lower the risk by collecting data on driver’s driving patterns. Based on the insightful data, you can train drivers and encourage them to perform better.
Businesses operating the fleet benefit from dash cameras in several other ways. If these cameras are installed in the automobile, it will reduce insurance premiums.
Anti-Theft GPS Devices- Protect your vehicle
Anti-theft GPS trackers comprise the GPS module’s positioning function and the remote interaction functionality. They also have sensor elements including 3G acceleration and vibration sensors. The GPS tracker is a device for locating and monitoring the target car. Simultaneously, it provides some alarms like displacement and illegal start. It depends on mobile communication for the alarm method.
Some modern vehicles come with built-in anti-theft GPS technology. So, if your car does not have this feature, you may purchase a GPS chip. Let your automotive mechanic install it properly. If any unauthorized person swipes your ride, you have to identify it by checking your mobile app. You can inform the police to recover the vehicle.
Electric motor assist or integrated motor assist
Hybrid car technologies or integrated motor assists are found in Honda and several other branded vehicles. They implement a parallel hybrid using an electric motor inserted between the transmission and the internal combustion engine. The electric motor will act as the starter motor and assist the integrated traction motor.
However, Integrated Motor Assist could not power the vehicle just on electricity. The Civic Hybrid introduced in 2006 can trigger the electric motor when the car is coasting.
Other disruptive technologies for the automotive industry
Digital twins
One of the disruptive technologies for automotive manufacturers is Digital Twins. The technology allows you to have a virtual, high-fidelity blueprint of the car. It involves using a dynamic tool to reflect every component of your car in real-time.
You might be familiar with the concept of virtual showrooms, allowing viewers to explore the car’s features digitally. Similarly, Digital Twins help engineers to create and simulate vehicles in a virtual environment.
Automotive designers and engineers use Digital Twins in various ways.
- Test safety– Experts can use the technology to simulate safety tests and crash tests. So, it allows them to design vehicles that meet regulations and safety standards.
- Optimize performance– Automotive manufacturers can simulate and improve the car’s performance under different conditions. For instance, Digital Twins are used for optimizing fuel efficiency and aerodynamics.
- Improve manufacturing– Use digital twins for manufacturing process optimization. So, you can deal with tooling design and assembly line layouts more efficiently. It lets you lower the manufacturing cost. Digital Twins can also be integrated with CAD software.
- Worker’s training– Automotive manufacturers can provide virtual training to new mechanics with Digital Twin. So, budding mechanics can improve their skills before dealing with actual equipment.
Automated Guided Vehicles
You have already learned about self-driving automobiles. But, there is an increasing popularity of AI-powered self-guided cars in the automotive sector. They are also referred to as AGVs intended to automate tasks like inventory transportation in the factory. By using LIDARs and other advanced sensors, AGVs will prevent crashes and provide safety for everyone. AGVs eliminate time-consuming manual material handling tasks.
Metaverse for automobiles
Metaverse refers to the interconnected digital worlds driven by AR, AI, and other technologies. It will transform the way vehicles are designed.
The newly developed Metaverse platforms enable automobile engineers to create and test different materials and shapes at a reasonable cost. For instance, you can use Metaverse technology to efficiently design 3D prototypes. BMW once used simulation for 6 months at a factory developing virtual vehicles in the world of Metaverse. In South Korea also, Hyundai provided customers with a chance to test the Sonata N Line virtually by collaborating with a Metaverse platform, Zepeto.
Manufacturers in the automotive world are trying to deal with simulations of vehicle tech upgrades and virtual repair guides. They can also use Metaverse for developing VR-powdered driver training programs. High-end car makers use Metaverse platforms to provide immersive brand experiences.
Using AI for automotive
Simulating human intelligence using software programs in the automotive sector develops the basis of AI. Advanced Driver Assistance Systems show how AI is used for them. ADAS provides semi-autonomous driving abilities for drivers. Prominent automobile makers like Tesla have in-built autonomous driving systems in the latest vehicles.
Conclusion
The automotive sector has witnessed transformation due to the emergence of disruptive technologies. Driverless electric cars will be the future of the industry. So, there will be a digital transformation in the automobile world. From Machine Learning to Digital Twins, different techs have revolutionized the industry. By adopting innovative solutions, automotive makers will increase efficiency, reduce costs, and improve customer experiences.
