How will automotive IoT solutions revamp vehicles?

IoT Solutions are evolving and improving continuously with a better experience. Now IoT is playing a key role in almost every industry and has created a lasting impression on the automotive industry.

 

According to the prediction, by 2025, " Vehicles will have more than 163 million active IoT connections. This indicates that IoT developments will most influence the automotive market.

 

Well, this is not surprising as IoT already provides many benefits, particularly for the automotive sector. For instance, IoT improves navigation, making driving safer and simpler, paving the way for supply chain companies.

 

What are Automotive IoT Solutions and their benefits?

When we talk about automotive IoT Solutions, it means connected vehicles. The ability to send and receive data via the internet is a key component of connected automobiles. With an onboard computer as an accessory, the car upgrades its software to the most recent version to guarantee complete safety, address problems, obtain traffic data, and provide accurate map navigation.

 

Other internet-connected items can communicate with a linked automobile. For enhanced connectivity and experience, travelers will have wifi access.

 

A connected car may gather data like other IoT-enabled gadgets to provide organizations with analytical possibilities. Connectivity and reliable connections and exchanges between drivers, operators, clients, and other road users can be established using an IoT device mounted in the automobile.

 

Telematics enables real-time location tracking, speed and performance management, data collection from outside sources to enhance navigation, collision avoidance, etc. It is simple and feasible to install sensors in any spare part of a car, which opens up a wide range of opportunities for tracking the vehicle's health and the driver's conduct.

 

The cost of sensors and a whole IoT system is falling over time, and the market introduction of new technologies will result in advancement and better services.

 

 How will connected vehicles improve driving?

Wireless networks are used by connected vehicles to connect to adjacent devices. Smart cars typically use WLAN to connect to the internet, cellular networks like 2G, 3G, and 4G, etc., and GPS to determine their location. Top automakers are investing in 5G development today because it will enhance the potential of IoT in the industry. 

 

According to Gartner, the primary market for 5G IoT solutions will be automobile manufacturing, which would account for about 53% of the overall 5G IoT endpoint market. 

 

In addition, IoT sensors installed in automobiles are crucial since they are utilized to gauge the vehicle's status. For instance, sensors use the internet to send alerts to the driver in the event of a low battery or engine problems. Additionally, cameras in cars aid in parking and collision avoidance. 

 

However, the Internet of Things vehicle needs a powerful onboard computer to support telematics, environment connectivity, and infotainment.

IoT solutions for the transportation industry: 

Companies can successfully use the advantages offered by IoT technologies in logistics. Using IoT solutions, transportation companies may obtain real-time data about the location of cars and cargo and drivers' health and environmental conditions. 

 

Tell us about the advantages that transportation businesses experience when they implement IoT solutions:

Effective fleet management 

By installing IoT sensors, it will be simpler to keep track of the vehicle's efficiency by checking its tire pressure, gasoline and oil levels, location, and other factors. Real-time vehicle tracking reduces driver danger while giving the organization more control over transportation. Additionally, this makes it simple to adhere to all environmental and safety standards.

 

Predictive maintenance

By utilizing sensors to collect data, vehicles can predict potential problems. For instance, when a piece of machinery starts to crack, it may begin to vibrate or make noises, which could be a sign that failure is about to happen. Companies can avoid sudden loss and reputational problems by bypassing the breakdowns. Machine learning algorithms are linked to predictive maintenance technology, offering increasingly accurate vehicle breakdown predictions over time.

 

Optimal route planning

Companies can obtain information about the best routes to avoid collisions, adverse weather conditions, slow speed modes, and traffic jams by using the internet and interacting with other drivers or the road infrastructure. Real-time internet access allows quick communication between supervisors, clients, and drivers and guarantees that the quickest route will be taken to get everyone to their destination on time and safely.

 

Actual cargo status

The corporation can monitor environmental conditions to control temperature, humidity, and many other safeguards for the cargo by equipping cargo and vehicles with sensors. It is now simple to keep an eye on sensitive goods and choose the ideal fall prevention circumstances.

 

Driver status monitoring

IoT automotive solutions can inform the aggressive driving pattern and offer data and insights into driving tendencies. We are aware that rapid movements made by the driver, such as sharp acceleration or deceleration, can adversely affect the vehicle's condition and the driver's health. Sensors can identify driving inefficiencies, such as excessive idling, and offer the owner timely warnings. Wearables allow drivers to monitor their health in real-time when faced with challenging driving circumstances, such as long distances or unfavorable weather.

 

Logistics and transportation companies embracing IoT solutions are the center of attraction for the clients as they provide a better experience and promise high transparency. The company can enable clients with limited access to the system to see all the processes and get notified if something goes wrong.

Automotive IoT solutions for end-users:

According to Mckinsey, 65% of automobile buyers in the 35-year-old age bracket in 2014 regarded connection as a key consideration in their decision. They agreed that the car's entertainment system is yet another crucial feature. The desire for linked cars has grown as millennials gain more influence. More than 13 million linked cars were sold in 2020, accounting for more than 91% of all automobile sales. Big corporations are making significant investments in linked automobiles. 

There is no denying that cars provide greater services and safety to drivers. The following capabilities for the driver can be improved by the connected car:

 

• Infotainment

• Navigation

• Safety

• Diagnostics and Efficiency

• Payments

The ability to control the vehicle from a distance is another feature that millennial consumers prioritize over entertainment in linked cars. It entails maneuvers like opening and closing the automobile doors, starting and halting the vehicle's motor, and remote parking in confined locations. The ability to communicate with the vehicle quickly and the driver's response time and reactions improve. Real-time location monitoring will make it easier to recover a stolen car. A smart automobile with several sensors can keep track of problems as they arise and let the driver know when maintenance is due. Additionally, it is now more convenient to pay for road tolls. 

 

The local environment is used by connected automobiles when they communicate with cloud-based services.

 

The following items can be connected to these smart cars: 

Infrastructure: Smart automobiles allow the driver to obtain information from the environment's infrastructure, such as lane markers, traffic signals, parking, school zones, and street signs. The gathered information provides the driver with the best route to avoid accidents, severe weather, and traffic jams, among other things. 

Another vehicle: The driver can learn about traffic conditions by interacting with other vehicles. Connecting to the internet allows all drivers to share vital information that ensures a safer ride. For self-driving automobiles, this capability is crucial. 

 

Cloud: The cloud offers a platform for storing a lot of data for later analysis. It also helps automobiles connect with available IoT-enabled equipment, get updates, and diagnose problems.

 

Pedestrians: Installed sensors can also alert drivers to the presence of bikes and pedestrians on the route. This cutting-edge safety technology prevents traffic accidents. 

 

Vehicle to Everything connectivity, or V2X, refers to the connected car's integration of all the connectivity above. The majority of big businesses are currently funding the advancement of this trend.

Automotive IoT solutions for the manufacturing process:

To better the automobile and its systems, vehicle manufacturers must understand the degree of utilisation, vehicle health, driving style, EV charging habits, and other strong and weak points. 

 

All of the information listed above is sent by connected automobiles to the manufacturer, who can use it to analyse user experience. Combining IoT sensors, big data, and cloud computing makes it possible. Companies can create a better educated business strategy to increase sales by using data like car usage patterns. This enables user concerns to be taken into account during the design process. This aids businesses in increasing productivity and reducing wasteful spending while expanding vehicle manufacturing.

 

Industrial IoT solutions can be used by businesses at each stage of the manufacturing process, transforming the conventional factory into the cutting-edge Factory 4.0 by optimizing internal production operations to reduce costs and offer more inexpensive products.

 

Wrapping up:

Our lives are changing as a result of connected gadgets, but much work remains. By adding new communication channels, updating connection standards, and placing sensors throughout entire cities, automotive sensors are keeping up with the pace of technological advancement. 

The following sectors can benefit from automotive IoT solutions: 

To improve comfort and safety, car owners might use the vehicle

IoT solutions are used by logistics organizations to manage complete vehicle status information, ensure the safety of the cargo, and boost client confidence. Automotive producers can obtain precise car data to develop more intelligent business plans.

 

Automotive IoT security is critical for next-gen vehicles. See what proper security is needed to avoid serious danger to passengers and others nearby.

 

If you’re ready to embark on your, we’d be delighted to assist you. Teksun offers the design & development of futuristic IoT and embedded sub-systems for various automotive electronics solutions, that are tailored to the specific needs of each of our clients.