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The term “automotive IoT” refers to a network of smart gadgets (such as sensors, cameras, and GPS trackers) that are connected to the cloud and provide real-time data for improving both the manufacturing and transportation processes of cars. Through the use of predictive maintenance, direct car-to-car communication, AI-powered driving assistance, and other cutting-edge features, IoT solutions transform automobiles into intelligent modes of transportation that improve driving efficiency and road safety for both private individuals and commercial drivers. IoT is also used by the auto industry to automate production procedures, lower the possibility of human mistakes, and improve quality control.

IoT Benefits for The Automobile Industry

As we often come across news that keeps updating about the increasing IoT’s impact on all most all sectors of the business world. Here are a few benefits which throw light on the role of IoT in the automobile.

  • A clear image of the production floor: Massive volumes of data may be gathered at manufacturing locations using industrial IoT systems. The processing and analysis of such data in real-time aids automakers in enhancing their knowledge of and ability to optimize the entire production process, enact safety regulations, and minimize losses. Visit any nearby smart factory demo to see how industrial IoT solutions operate.
  • Improved in-car experience: There are currently a variety of in-car entertainment systems, navigational tools, telematics, driver support systems, etc. that make owning a car more comfortable and effective. Owners can use their smartphone to remotely control various automotive accessories including the music system and GPS. Currently, a person can connect his vehicle to his mobile device via a variety of built-in and third-party programs.
  • Safer streets for pedestrians and cars: IoT-enabled safety features like automated braking, object recognition, pedestrian and lane detection, and others provide driving assistance to lower human error and make all vehicles safer.
  • Enhanced vehicle maintenance: Users can be prompted to take preventive action to avert failures and save money on automobile maintenance by using the data gathered from IoT sensors installed in vehicles to identify pre-failure car conditions.

IoT use case in automotive sector

Telematics and Fleet management

Fleet management is improved by IoT with new, sophisticated features, increasing its efficiency and lowering the requirement for manual labor. Vehicle speed, position, load, fuel consumption, driver behavior, and other real-time data are collected by the IoT devices incorporated into the vehicles. By using IoT analytics solutions to gain insights from this data, fleet management operators may automatically determine the best routes, keep tabs on their employees’ travel patterns, monitor vehicle performance, and use predictive maintenance to prevent business interruptions. For better fleet scheduling and route optimization, DHL, for instance, introduced its DHL SmarTrucking system, which leverages IoT sensors to collect real-time fleet data such as location, weather, traffic,etc..

Automobile Networks

Vehicle-to-vehicle (V2V) communication is made possible by integrated IoT sensors that connect automobiles. Vehicles can exchange pertinent data such as position, route, speed, etc. This function improves road safety by preventing accidents. In an emergency, nearby drivers of other vehicles might receive a warning to take precautions or slow down. Using a V2V link also facilitates emergency vehicles’ traffic maneuvers.

Predictive Management

IoT-enabled devices continuously monitor the state of the automobile to check for potential problems. IoT sensors collect data about things like fuel usage, fluid levels, engine temperature, runtime, etc. The driver is aware in advance of any possible failure situations that could be faced ahead through the data examined. As opposed to conventionally planned check-ups, this method of maintenance can assist save money, time, and effort while preventing vehicle failures.

Vehicle Infotainment Systems

This offer features like hands-free dialing, voice assistance, audio streaming, and navigation. Volvo designed its Sensus Connect infotainment system with cloud-based features like enhanced navigation with 3D maps, no-cost map updates, a capability to give destination instructions remotely, etc. to help connect their cars to the wider web and make car ownership simpler.

Semi-Autonomous Vehicles

They can handle some aspects like lane shifting, parking, braking, and driving. Smart vehicles can compute the safest and most effective course of action to provide driving assistance and lower the risk of traffic accidents with the use of IoT technology and integrated in-vehicle cameras.

System for Maintaining Automobiles

One of the most fascinating aspects of the IoT automotive is data analytics. The inbuilt sensors in auto parts collect data and send it to a platform. An algorithm that can analyze the component’s future results based on its performance then processes this data.

A person can use an IoT automotive maintenance system to help them take the required precautions to stop their car parts from breaking down unexpectedly. Similar to a car’s dashboard indicators, this system warns the driver of potential faults. But before any issue even arises, the warning alarms are delivered to the driver’s mobile device. This helps the driver to respond quickly, and efficiently to prevent any possible failures while driving.

Both a fleet of vehicles and a single vehicle can use the capabilities of predictive maintenance. For load-carrying vehicles that must drive for days before arriving at their destination, it is extremely helpful. A user can check the performance of their car and fix any broken parts by using the automotive maintenance system.

Final Thoughts

The whole automobile sector is changing thanks to the Internet of Things and other disruptive technologies. The evolution of this industry has resulted in the development of cutting-edge connected and automated vehicles. Its use has improved auto maintenance and inspection capacities and opened up new entertainment channels. Additionally, long-distance data transfer made possible by automobile telematics has aided in the development of a fleet management system driven by the Internet of Things.

The number of IoT applications in the automobile sector is growing daily. We at Rootfacts assist you to adopt IoT to your workforce with proper planning that yields greater results across the automobile sector. The development of Internet of Things technology will lead to the emergence of increasingly sophisticated automotive use cases, which will fundamentally alter how we interact with our cars.