IoT use cases in the automotive industry: The New Transforming Tool for a Better Experience
Automakers must use cutting-edge technologies to incorporate ever-more innovative features in new car models to satisfy consumer expectations and stay ahead in the automotive sector. The Internet of Things is enabling better transportation efficiency, better vehicle management capabilities, and a superior driving experience in the automotive sector, paving the path for autonomous vehicles, which were formerly thought to be a fantasy.
What is IoT means for The Automotive Industry?
Automotive IoT is the integration system of devices, sensors, cloud computing, applications, and other components into an automobile to work as a system for connecting cars, fleet management, OEMs, insurance, and other things. The implementation of IoT technology into the automotive industry enables manufacturers to introduce in-demand technology that could potentially turn automobiles into nearly AI machines.
The advantages of IoT for the automotive industry
The automotive industry has benefited greatly from the Internet of Things, both for production to the consumer’s experience. Four advantages of automotive IoT for manufacturers are as follows:
- improved data analytics,
- a more efficient and quicker manufacturing process,
- better industrial safety standards and reduced risk of dangers,
- surveillance for equipment theft, and more.
IoT use Cases in The Automotive Industry
As with any other sector, the impact of IoT on the automotive industry is huge. Here are some IoT use cases in the automotive industry
We already have connected and smart automobiles thanks to the adoption of IoT technology in the automotive sector, which is laying the groundwork for the autonomous vehicles of the future. Autonomous vehicles are becoming more and more popular in this particular sector as automation and artificial intelligence technology are evolving at a greater speed than ever before. So much so that statistics forecasted last year that the market for driverless vehicles will increase by over 60% by 2023.
Autonomous vehicles can help with jobs like driving, braking, parking, changing lanes, and more.
Lowering human error, not only adds a new level of user comfort but can also improve overall road safety by creating safer driving conditions for all users.
IoT-enabled cars contain inbuilt sensors that gather performance information on a particular component of the vehicle. After that, they upload the data to the cloud, where the following operations are done:
- Data processing
- Check the state of each component individually
- Identify the potential for malfunction and
- Determine when parts require updating, servicing, or replacement.
Both industrial and commercial users can benefit from predictive maintenance. Predictive maintenance enhances the user experience for everyone by monitoring fleet performance, alerting drivers to any difficulties, and providing them with recommendations for needed servicing or repairs.
System for Monitoring Drivers
A driver monitoring system monitors driver behavior and activities and sends notifications to prevent accidents and disasters using low-power in-car cameras and cutting-edge vision technologies. Benefits of an AI-based driver monitoring system include:
- Driver behavior analysis identifies drowsy, hasty, distracted, and even emotional driving. The technology alerts the motorist by SMS, pictures, noises, or vibrations if they are, for example, tired or texting while driving, allowing them to stay awake on the road.
- Driver position monitoring determines whether or not the driver is buckled up, and it can be configured to determine whether the driver is positioned optimally for hazardless airbag deployment.
- In-cabin occupancy, this feature checks for passenger occupancy and alerts the driver if any are missing.
Analysis of Traffic Conditions and Assistance with Navigation
Road condition analysis and navigation support are two of the automotive IoT’s most intriguing uses. With the help of this development, smartphone apps with AI can now instantly identify changes in the state of the roads and provide drivers with data on speed restrictions, road closures, construction, accidents, and more.
With this knowledge, the driver can select a different path that best suits them to reach their destination. This is made possible via navigational aids: This integrated feature offers the best route and aids in directing the vehicle to its destination based on current traffic and road conditions. This is especially useful for drivers taking uncharted roads.
Automotive IoT can be The Solution to Urban Problems
Apart from the above-mentioned application, there are a lot of benefits to using IoT in the automotive field. Even though autonomous vehicles frequently grab the spotlight, modern vehicles’ greater reliance on sensors and ADAS technologies, such as automatic parking and congestion-avoidance re-routing, is just as crucial for the development of a connected transportation ecosystem.
Such systems serve as the foundation for potential future remedies for
- Vehicle-to-vehicle (V2V) communication,
- Vehicle-to-infrastructure (V2I) communication, and
- Vehicle-to-everything (V2X) communication.
These are significant solutions to urbanization issues like congested roads, overcrowded transit systems, and crowded subway cars during rush hour.
Consequently, smart cities may function more effectively in the future as a result of the data connected automobiles provide, such as discovering open parking spaces and identifying potholes to resurface roads and alert drivers to potential hazards.
Consumer expectations for constant connectivity are rising as urbanization-related issues are alleviated by vehicle IoT. As a result, automakers must offer systems that are open, future-proof, and uphold the greatest standards of security and reliability.
Future IoT Applications in the Automotive Sector
The IoT is considered to be the foundation of next-generation vehicles. You can currently have access to your car and the route info at the ease of your fingertips. You can manage and access your vehicle’s statistics with only one swipe on the app. Additionally, automotive experts estimate that use cases for the Automotive IoT will have a spending potential of $267 billion. With IoT and Wi-Fi capabilities supported by 3G/4G/5G functionality, the automotive industry is entering a new phase and creating space for more extensive adoption. Soon, all automobiles will be autonomous. As mentioned above IoT have immense potential across several industries, and we at root facts help to realize these benefits to your enterprise. Do visit us at Rootfacts to know more about our services available in IoT, big data, cloud computing, and automation.