IoT‌ ‌in‌ ‌Transportation‌ ‌

How is Internet of Things (IoT) Transforming the ‌Transportation‌ Industry

Manufacturing & Transportation
September 1, 2021

The transportation industry is always changing to provide commutes that are safer, faster, cleaner, and more comfortable. The next major industrial revolution is upon us, and IoT is at the forefront. The Internet of Things’ promise is causing a surge in smart automobiles and connected infrastructure.

Although the Internet of Things (IoT) has already had an impact on transportation, it is still in its early stages of transformation. The Internet of Things (IoT) has the potential to totally transform the sector.

Because of the usefulness of IoT in automobiles, the worldwide smart transportation market might reach $262 billion by 2025. The advantages, however, do not stop with financial success for automobile makers. It has a positive impact on practically every part of the industry.


The top-three benefits that a transportation industry can enjoy with IoT implementation are,


Traffic Management:

Traffic is the biggest elephant in the room when it comes to transportation. Aside from the aggravation, traffic consumes a lot of fuel. According to figures, traffic congestion consumes more than 3.1 billion gallons of fuel. With the rise in automobile use, this number is only likely to rise, as is the number of hours a commuter wastes stuck in traffic (54 hours a year).

The Internet of Things technology can be utilized to address traffic congestion in the most inventive way imaginable. The Internet of Things has facilitated the development of a connected network known as vehicle-to-everything (V2X). This implies that autonomous and connected vehicles on the road can share data with everything they need to keep traffic flowing smoothly.

Sensors and other electronic devices in automobiles will allow them to communicate with other vehicles, signals, and traffic signs. Drivers can get instructions to adjust speeds or change lanes based on this communication to avoid entering the busy road. This transforms the stop-and-go traffic into a continuous flow, eliminating any tension that a person could have while driving.


Vehicle Maintenance:

When cars become entirely autonomous, without the need for a human driver, the Internet of Things will aid in the tracking of a vehicle’s health, with real-time inspections to verify that it is in good working order. And, if the automobile has a problem, the system will alert the owner or a mechanic, as well as other drivers on the road.


Logistics and Geo-Fencing:

Geo-fencing is a type of Internet of Things (IoT) tool that generates virtual fences or perimeters around a certain location of interest. While packages or huge shipments are in transit to their destination, it could alert logistics management to any deviations.

The regional manager of a supplier might manage huge supply chains of driverless vehicles from a single device using geo-fencing. An Internet of Things system that allows a small group of people to track each shipment.

Geo-fencing may be able to help minimize overcrowding, which could result in delays. Oncoming traffic would be warned, and vehicles would be rerouted to avoid pedestrians, calm areas, and school zones.

Another, leap advantage is, Reducing Breakdowns with IoT In Transportation

With the introduction of IoT devices, it is now possible to connect objects from the physical to the virtual world. What are the benefits of having this connection? You can imitate real-life circumstances in the virtual world to plan or forecast results. Commute delays are caused by frequent car or infrastructural breakdowns. While transportation breakdowns are more common in undeveloped and emerging countries, they are as widespread in industrialized countries, particularly in older, more maintenance-prone metropolitan and regional train networks.

Due to a breakdown in the transportation network system, disruptions in public transportation systems have a cumulative effect on the entire operation of a city or region.

One example of a technology that could help avert such breakdowns and failures in transportation networks is IoT-enabled predictive asset management. Using IoT systems to continuously monitor the various health metrics of vehicles or infrastructure can aid in the early detection of possible problems, allowing for the proper corrective steps to be performed before failure. This improves safety, decreases disruptions, and ensures that services are available at all times.

The influence of IoT on public transportation is improving the commuter experience, assisting operators in reducing operating costs, and boosting the usage of public transit to improve sustainability.


NOTE: For the transportation industry, the Internet of Things is a game-changer. Its uses in this field are numerous and include the establishment of a linked ecosystem that arises from the integration of sensors and provides a variety of vehicular mobility-related benefits. With these advantages, we will soon witness a future that is fully automated and networked.


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