The transportation sector is always evolving to offer safer, faster, cleaner and more comfortable commutes. The upcoming significant industry shift is at hand, and IoT is leading the charge. The potential of IoT is spurring a wave of smart vehicles and linked infrastructure.
The global smart transportation market could reach $262 billion by 2025, thanks to the value of IoT in vehicles. On the other hand, the benefits don’t end at financial success for car manufacturers. It’s improving nearly every aspect of the industry.
Assisted Driving
One of the most promising features of IoT in transportation is its potential for safety. Smart transportation using IoT would consist of cars that communicate with one another. This would improve assisted driving features, keeping drivers safe.
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Together with IoT-fueled communication, vehicles could have real-time data on where everything else on the road is. This information could then enable cars to brake or flip when necessary to avoid a collision.
Assisted driving features are already present in many vehicles, but IoT’s interconnectivity will make them accurate.
This connectivity is also the secret to driverless cars. If a vehicle can connect to other cars and infrastructure around it, then it could navigate more effectively. Without IoT, safe and reliable self-driving cars would not be possible.
Dynamic Navigation
The navigation offered by IoT is useful to human drivers, also. Many people rely on GPS navigation, and IoT devices in vehicles can make these systems more helpful. Cross-car communication would allow navigation systems to account for real-time changes, like blockages or traffic jams.
GPS systems can be slow to adapt to traffic changes, but IoT navigation offers real-time feedback. Hazards along a route can change in an instant, so drivers need dynamic navigation to avoid them. This application helps individuals get to work faster and enhances safety.
Fluid navigation is especially helpful to services such as environmental waste transport. Traffic accidents are a leading cause of spillage, so these drivers need to avoid risky traffic situations. IoT navigation can help them steer clear of congested areas or spots with higher accident rates.
Optimized Maintenance
Have you had your oil changed and come back with a lengthy repair bill? If so, you understand the importance of frequent vehicle maintenance. Many drivers don’t know when they ought to get a car checkup or what to look for, and IoT can assist with that.
IoT-based predictive maintenance enhances traditional approaches by highlighting immediate repair needs. IoT devices in cars could measure the performance of different parts of the vehicle. It could then alert the driver if something needs attention.
This immediate feedback lets drivers make repairs before more significant breakages happen. With the data from these devices, car manufacturers may also see if there are any common issues in their vehicles. They can then use this information to create more reliable cars in the future.
Expanded Ridesharing
Ridesharing is one of the most disruptive changes the transportation sector has gotten in the past several years. With increased IoT use in transportation, it might grow much further. IoT makes ridesharing safer and more suitable for both the company and the passengers.
Functional ridesharing is based on IoT. The machine wouldn’t work really well if passengers could not observe the location of their ride on the app. However, as ridesharing contains items like scooters and bikes, companies need built-in IoT devices, not just phones.
A broader IoT network means better vehicle tracking for passengers and providers alike. Improved IoT apparatus also bring the benefit of monitoring factors such as fuel levels and performance. With this data, companies could guarantee passengers always get vehicles at their peak performance levels.
Fleet Management
Widespread IoT integration in transportation is particularly valuable to fleet owners. Any company that owns or operates a fleet has to know where vehicles are and how they’re running. IoT devices offer a solution to this requirement.
The most obvious application for IoT in fleet management is vehicle tracking. With smart transportation, managers can see where their trucks are in real-time. These devices can track and report more than just locations, though.
IoT devices offer advantages like weather analytics to help drivers account for potential disruptions. Fuel economy tracking would help fleet managers track routine expenses such as gas and repairs. These features help businesses save money and offer faster deliveries to customers.
Implementing IoT in Transportation
These transport IoT use cases may look like wishful thinking, but these are more than just ideas of what might happen. If you pay attention, you will notice these changes are already starting to take place.
Smart transportation, the result of IoT in vehicles, is already rising at a staggering rate. The connected car market grew by 45 percent between 2018 and 2019 alone, with global shipments anticipated to pass 76 million units from 2023. Car companies are aware of all IoT has to offer, and they’re capitalizing on it right now.
It is not a stretch to say that IoT will completely disrupt transportation in the coming decade. It will not be too long before connected cars are the norm. When this shift does happen, roads are a safer and more convenient place for everyone.
