IoT in The Automotive Industry
Home automation is not the only thing IoT devices are used for, IoT devices have a wide range of application apart from smart switches, locks, lighting, etc.
Network solutions are evolving and improving every day, while offering more experiences. It is estimated that vehicles will have more than 163 million active IoT connections by 2025. This means that the automotive market will be more exposed to IoT innovations. This may not come as a surprise, as IoT already offers many benefits, especially in the automotive industry. For example, IoT has been used to provide new opportunities for companies in the supply chain by improving navigation and making driving easier and safer.
Benefits of IoT in the automotive industry
IoT solutions for the automotive industry mean connected cars. A key feature of a connected car is that it has an internet connection that can send and receive data. The vehicle is equipped with an on-board computer and updates the software to the latest version to ensure complete safety, correct errors, receive traffic information and provide better map navigation.
A connected car can also communicate with other devices connected to the Internet. Wi-Fi connection is available for passengers to enjoy better connectivity and experience. Like other IoT-enabled devices, connected cars can gather data to unlock their business analytics potential.
In-vehicle IoT products can be used to provide connectivity between drivers, operators, customers and other road users and establish reliable communications and exchanges. Telematics can monitor a vehicle's location in real-time, manage speed and performance, collect third-party data for navigation, avoid collisions, and more. Ability to monitor vehicle condition and driver behavior. The cost of sensors and the entire IoT system will decrease over time, and improvements and better services will be offered as new technologies are introduced to the market.
How do connected cars improve driving habits?
A connected machine uses a wireless network to connect to peripheral devices. Smart cars are usually connected to the internet via mobile networks such as WLAN, 2G, 3G, 4G. Log in and use GPS to track your location. Today, leading companies in the automotive industry are investing in 5G developments that will improve the future of IoT in the automotive industry.
The automotive industry will be the most important 5G IoT solutions market, accounting for approximately 53% of the total 5G IoT terminal market. In addition, IoT sensors mounted on vehicles are also important because they are used to measure the vehicle's health. If, for example, the battery is discharged or the engine has broken down, the sensor notifies the driver by sending a signal via the Internet. The cars also have cameras to help with parking and collision avoidance.
However, IoT vehicles must be designed with significant on-board computing power capable of supporting telematics, green connectivity and infotainment. Automotive IoT solutions for transport companies:
In logistics, companies can take advantage of IoT solutions. With the help of IoT solutions, transport companies can obtain real-time information about the location of vehicles and cargo, as well as drivers' health and environmental conditions.
Efficient fleet management: Introducing IoT sensors into vehicles makes it easier to monitor efficiency by monitoring fuel and oil levels, current location, tire pressure, driving style and other parameters. By tracking vehicles in real time, companies can better control the transportation process and reduce risk for drivers. It also facilitates compliance with all safety and environmental regulations.
Predictive maintenance: Collecting vehicle data through sensors helps predict potential problems. For example, if your equipment starts to crack, it may start to make noise or vibrate, indicating an impending failure. Predictive maintenance technology incorporates machine learning algorithms and more accurately predicts vehicle breakdowns over time.
Optimal route planning: Companies can access the Internet and interact with other drivers or road infrastructure to obtain information about optimal route characteristics to avoid accidents, bad weather, slow speeds and congestion. Real-time Internet access enables fast communication between managers, customers and drivers and allows you to choose the shortest route to reach your destination quickly and safely. Companies can equip trucks and vehicles with sensors to monitor environmental conditions to control cargo by monitoring temperature, humidity and many other measures. Delicate loads are easy to handle and suitable conditions have been selected for fall protection.