A study by the Swiss Federal Institute of Technology claims that approximately more than 150 billion objects should be interconnected through the internet by 2025.
IoT (Internet of Things) is considered a third revolution in the digital world, after the emergence of computers and the internet. IoT in-vehicle monitoring and management contributes to providing solutions related to the management and protection of vehicles along with crucial passenger safety applications. Role of IoT is crucial in modern transportation in the light of smart cities and smart living.
Understanding the Role of IoT in Vehicle Monitoring and Management
The integration of the Internet of Things (IoT) in-vehicle monitoring and management expands the capabilities of vehicle management and protection in many ways. IoT-based sensors collect, analyze, and act upon real-time data, contributing to enhanced efficiency, safety, and sustainability in the management of vehicles. Development of connected cars is a prime example of IoT and AI coming together.
Let's discuss some roles of IoT in-vehicle monitoring and management:
1. Vehicle Monitoring: IoT-based vehicle monitoring is a software-oriented solution that can keep track of the location of vehicles like trucks, trailers, and cars. IoT devices, such as GPS trackers and sensors, enable real-time tracking of vehicles.
These software-oriented solutions, known as fleet management systems, enhance overall visibility and contribute to improved logistics and route optimization.
2. Safety with smart driving: The IoT enables real-time monitoring of vehicles; it can also help and assist a driver with speed and acceleration to ensure better vehicle performance. Theft of vehicles can be prevented by using real-time tracking, geofencing, and immobilizing the vehicle. It can also monitor the vehicle performance data, based on which vehicles can improve their overall performance, which includes the need for maintenance, engine conditions, and the status of other essential parts of the vehicle.
3. Fault alerts and preventative maintenance of vehicles: Nowadays, vehicles are high-tech machines, and they are bound to experience technical glitches. Here come IoT-based sensors and fault alert systems, which can help alert drivers regarding faults so they have time to act and address the fault. To prevent a condition of total breakdown, fault alert systems predict this using AI algorithms and remote IoT data from vehicles. As IoT-based fault alert systems are reliable to use, this enhances the customer experience.
4. Telematics Data: (telecommunications and informatics)
Data is captured from vehicles collected by IoT sensors, and it can be displayed through widgets, send instant alerts to drivers, and generate automatic reports.
Using Telematics data for remote monitoring of vehicles:
1. Maintenance Report: IoT-based sensors communicate with vehicles through an IoT network. These IoT sensors continuously collect information from vehicles and report processing. IoT vehicle monitoring system generates maintenance reports of vehicles on a regular period of time which consist of information like maintenance activities, driver hours, and environmental impact.
2. Nearby Maintenance Station Alerts: IoT sensors on vehicles continuously monitor and analyze the condition of vehicles. Sometimes, vehicle users face challenges like tire puncture or air leakage issues, an extreme temperature rise in the vehicle engine, or some kind of sensor glitch. A vehicle monitoring solution with telematics data notifies users concerning such issues along with the location of nearby maintenance stations.
3. Driver Behavioral Data: IoT-based vehicle remote monitoring systems with telematics data can also monitor the behavioral data of vehicle drivers. Telematics data offers feedback through IoT smartphone apps or vehicle displays on driver’s behavior changes to improve vehicle safety if required.
Challenges of using IoT in-vehicle monitoring and management
Integration of IoT in-vehicle monitoring and management is beneficial for users, but it also comes with some possible challenges:
1. Cybersecurity: IoT-based vehicle monitoring and management deals with high amounts of data over a network, which makes data vulnerable to cyberattacks and data theft. So, the IoT network that a vehicle system should use is secure and foolproof from the possibilities of cyber threats.
2. High Cost: Implementing IoT-based solutions in vehicles requires a significant investment in hardware and software. IoT system in-vehicle monitoring and management are quite advanced, with high installation and running costs.
In conclusion, the interconnected ecosystem of smart vehicles, IoT sensors, and analytical data is providing a boost to the automobile industry with high efficiency and safety for its users.
Connecting all vehicles with the IoT network provides efficient vehicle management; vehicles seamlessly communicate and respond intelligently to their surroundings. Use of IoT in vehicle monitoring and management results in secure driving experience and higher vehicle running efficiency.
Frequently Asked Questions (FAQs)
Q1) What is the role of IoT in smart vehicles?
The role of IoT in smart vehicles is to enhance vehicle performance and user experiences. It also allows remote monitoring and management of smart vehicles.
Q2) How can IoT optimize the fuel efficiency of vehicles?
IoT-based vehicle monitoring systems regularly track patterns of fuel usage and unnecessary wasteful behavior. Vehicle monitoring and management with IoT can monitor fuel levels, analyze data, and optimize routes, resulting in reduced fuel costs and a more efficient approach to operations.
Q3) What is smart parking for vehicles using IoT?
Smart vehicles equipped with IoT sensors can efficiently navigate vehicles to find available parking spaces by using IoT-enabled camera sensors, which assist a vehicle in efficient parking. It minimizes the time spent searching for parking but also minimizes unnecessary fuel consumption.