The number of businesses adopting IoT technologies has increased from 13% in 2014 to 25% in 2019. By 2025, all new car models are expected to have IoT connectivity. The estimated amount of money invested in automotive IoT is expected to reach $740 billion by 2025. From 2017 to 2024, the Global Connected Cars market […]
Updated 22 February 2024
Global Delivery Head at Appventurez
Imagine one fine morning you see a driverless car moving on the road with the passenger sitting all relaxed in the backseat enjoying the perfect integration of music, road safety, location, information, updates, and connectivity to other vehicles.
We know it sounds too good to be true. But soon this unrealistic imagination will be the trending fact – Thanks to the power of automotive IoT solutions.
Well, everything is connected these days. From your mobiles to your speakers, from the washing machine to light bulbs to workout attire – everything is fitted with computer chips & sensors are entwined.
The development in technologies like IoT (Internet of Things) and AI (Artificial Intelligence), and their advanced communication capabilities & smart sensors, have paved the way for transformational changes in almost every industry like car manufacturing.
In fact, according to Elon Musk, Tesla is already ‘very close’ to achieving completely autonomous vehicles, which require no driver input.
The company’s current, level-two Autopilot requires the driver to stay alert and ready to act, by keeping hands on the wheel. However, an in-process future software update is said to activate level-five autonomy in the cars – without the need for any hardware.
All in all, the Internet of Things is one of the disruptive technologies that are revolutionizing how vehicles operate, hence changing the face of the automotive industry.
For the newbies who are still new to the concept, here’s the brief you need on the Internet of Things.
“[T]he Internet will disappear. There will be so many IP addresses, so many devices, sensors, things that you are wearing, and things that you are interacting with, that you won’t even sense it. It will be part of your presence all the time.“
-Eric Schmidt, Former Google and Alphabet Executive
Connected devices. The chunk of data. Multiplying networks.
All these are the Internet of Things. From smart cities to smart cars to smart devices- We are living in an ever-expanding IoT ecosystem that is getting interconnected every day.
The Internet of Things is the method of connecting any device to the Internet as well as to other connected devices. The technology that was connecting people until now, is now connecting things.
The Internet of Things is a vast network of connected things and people that collect and share data about the way they are used. Why is it such a big deal? Over the years, IoT has been among the important technologies that is connecting everyday objects to the internet via embedded devices and promoting seamless communication between people, processes, and things.
It has made popular the amalgamation of the physical world with the digital world – where they cooperate. Businesses that are leveraging the power of the Internet of Things are surviving, thriving, and giving a significant competitive advantage.
And you can’t imagine the number of industries it doesn’t benefit from! Let’s take a look at some of the most common industries that are enjoying IoT’s benefits in real life.
Manufacturers can and are gaining an advantage by enabling proactive maintenance of the equipment via production-line monitoring. This way, the sensors can measure in case a production output is compromised and detect an impending failure.
The installation of sensor alerts informs the manufacturers to check the equipment for accuracy or even remove it until repaired. This results in reduced operational costs, improved asset performance management, and better uptime.
Retailers can now manage inventory, optimize the supply chain, improve customer experience and reduce operational costs.
Take for example – Smart Shelves. These are wireless inventory control systems that are fitted with weight sensors and RFID tags. This collects RFID-based information and shares the data with the IoT platform to monitor inventory. In case the items are running low, the system triggers alerts.
Cars, ships, trucks, and trains – Transportation and logistical systems are highly benefited from a variety of IoT applications. Thanks to the benefits of IoT in the automotive industry and IoT sensor data – These vehicles carry inventory that can be rerouted based on weather conditions, availability of the vehicle, or availability of a driver.
The IoT transportation market was valued at $135 billion in 2016 and is expected to reach $328 billion in 2023.
Moreover, the inventory could be integrated with sensors for track-and-trace and temperature-control monitoring.
The automotive industry, our point of focus for this blog, has significantly benefited from using IoT applications. Apart from the provided benefits of applying IoT, sensors can detect equipment failure in vehicles that are on the road and alert the driver with details accordingly.
Also, automotive manufacturers and suppliers can get detailed information about how to keep cars running or keep car owners informed via IoT-based applications.
So these were some of the industries that are understanding consumer needs, improving machine and system quality, optimizing operations, becoming more responsive, and discovering innovative ways to operate via the Internet of Things solution.
If you are looking forward to adopting IoT in your business to gain a competitive advantage and flourish, Appventurez has got a team of professional experts in building customized IoT solutions. Get in touch with us.
Let’s now go into the core state of IoT in automotive.
According to a definition on the internet, a connected car is a vehicle that promotes communication between vehicle systems, driver devices, passenger devices, and external devices, networks & systems. It facilitates remote parking and route guidance, but the driver has ultimate control. All in all, it provides useful information to the driver to assist make safer and better decisions.
From the value provided by vehicle telematics to traffic jams, IoT can indicate the rise of connected vehicles. Though the concept of connected cars hasn’t been any new, the evolution began with General Motors’ OnStar in 1996 Since then the concept has gone through several phases.
Depending upon the era and technologies devised, the five major phases of evolution have been:
The image defines the standard changes that happened during each phase. With the rapid advancement of technologies including the Internet of Things, Artificial Intelligence, and Machine Learning as a service, the technology of connected cars is propelling in rapid succession.
And believe it or not – Connected cars are all set to become a common phenomenon, fully integrated into our digital lives, across the world within no time.
Evaluating engine performance, measuring physical health indicators, and controlling air temperature – everything is made possible with IoT. It’s no longer affordable to ignore the omnipresent aura of IoT in automotive and related industries.
Moreover, the rapid development of connectivity has led to an unprecedented shift in the way we see vehicles.
Once that had a structure of steel and pistons, now has computer chips and carbon fiber. Automobile service centers can now track sensor data to predict routine maintenance is needed and schedule an appointment automatically. The insurers can keep track of users’ driving behaviors and their journey to calculate accurate policies, regulate the flow of traffic, or even alert drivers of dangerous situations.
Here’s how IoT in the automotive industry is meeting the ever-rising demands while achieving its conventional business objectives.
IoT makes it easier to manage the product’s lifecycle by facilitating the engineering and production timelines. This results in the product’s faster time-to-market and improves the customer satisfaction level.
Furthermore, this reduces manufacturing costs by segregating the not-so-valuable driving components and eliminating them from future designs.
IoT-enabled systems and analytics support process automation that helps manufacturers improve the quality of their products in real time.
Implementing automotive IoT solutions allows manufacturers to adopt a resilient lean manufacturing approach easily and achieve faster time-to-market even for high-tech and intelligent products. Besides, this helps them to stay up with the ever-changing demands of the consumers.
The vehicles that are manufactured today have ~10 million lines of difficult software codes which require skilled coders and management techniques. The IoT-enabled systems and software can help achieve a higher level of customer satisfaction by offering better substitutes, regular updates to embedded codes, and new services that can help increase revenue from aftermarket services.
IoT-enabled cars also allow manufacturers to sell software updates and upgrades offering newer and better service features to their customers.
At every phase of the development of a smart vehicle, the right IoT infrastructure can allow data collection remotely to get valuable insights on vehicle usage, its location, its condition, driver’s habits, and much more.
So you see the potential of IoT in the automotive sector is penetrating day by day. The staggering IoT use cases in the Automotive Sector are deeply transforming the industry. Each manufacturer can benefit from the automotive ecosystem with a clear and well-thought-out IoT strategy.
And IoT is no longer an option or seemingly a good opportunity to grasp but a necessity for all the drivers in the car industry if they are willing to stay in the race.
According to Ernst & Young’s February 2015 report, “More than 100 million cars are expected to have some form of connectivity by 2025. The writing is on the wall for IoT in the automotive space: If it has an IP address, it can be hacked. Enterprises need to act now or face the risks.”
Thanks to IoT technologies, there has been a rapid development in innovative and advanced solutions such as navigation & telematics, connected car, Advanced Driver-Assistance Systems (ADAS), predictive maintenance, in-vehicle infotainment systems, Vehicle-to-Vehicle (V2V) applications, and Vehicle to Infrastructure (V2I) applications.
In this section, we take a look at the most disruptive applications of IoT in the automotive industry that are transforming the driving experience.
As the name suggests, Predictive maintenance is a method of collecting data through several tools to predict possible issues in a device/equipment before it happens. The technique is powered by artificial intelligence (AI).
It keeps track of the performance variables and functional metrics including engine condition, fuel pump, speed, navigation, temperature, and electrical systems. The collected data is transmitted to a cloud server. Further, it is used by the mechanics to provide consumers with proactive and predictive maintenance alerts to help them deal with issues before they occur.
This way drivers can take proactive measures beforehand to avoid possible failure while driving.
The fleet management solution is the latest IoT use case in the automotive industry that helps consumers manage their vehicles swiftly. An IoT-based system/sensor can help managers keep track of the exact location of their vehicles. IoT sensors embedded in vehicles can send warning alerts for low battery, engine maintenance, and coolant temperature.
Vehicle tracking, preventive maintenance, monitoring fuel utilization, sending alerts, sharing stats about driver’s health & performance, and service condition monitoring are some of the extending applications of IoT in fleet management.
In-vehicle infotainment is a collection of systems that work together to entertain and provide vehicle data to both drivers and passengers for a safe and joyful driving experience.
The system interacts with other internal and external vehicle systems such as integrated automotive sensors and connectivity modules.
Companies like Apple and Google are in sync with automobile manufacturers to integrate in-vehicle infotainment content systems. They are also integrating Augmented reality, Virtual reality, and Artificial intelligence for a more immersive infotainment experience.
With vehicle telematics, you get to monitor the location, status, movement, and behavior of a vehicle. When the digital cockpit is integrated with telematics capabilities via Cloud Connectivity, it facilitates data collection related to vehicles.
One of the other applications of IoT in the automotive industry is planning a sustainable future whilst meeting the current demand. Data collected from vehicles provide a great deal about the state/city. The government can consider this data to create a better and greener environment.
We believe this makes it certain that IoT is shaping the automotive industry and hence, is here to stay.
The automotive industry is undergoing a profound transformation, thanks to the impactful role played by the Internet of Things (IoT). Its integration is fostering the emergence of more sophisticated use cases in automobiles, fundamentally altering our interactions with these vehicles. If you’re eager to witness the prowess of IoT in the automotive realm or seek insights into how it can elevate your business, and if the implementation process intrigues you, Appventurez is your solution!
As a foremost mobile app development company, we stand as the most trusted name in the field. Our extensive team of experts is well-versed in the latest Cloud and IoT technologies, ready to bring your ideas to life with innovative solutions. Whether you’re exploring the potential of IoT in automotive or in need of a reliable IoT app development company, Appventurez is here to guide you through the transformative journey.
Share your requirements with us and we will build the right technology solution for you from scratch. Get in touch with us!
Global Delivery Head at Appventurez
Ashish governs the process of software delivery operations. He ensures the end product attains the highest remarks in qualitative analysis and is streamlined to the clientele’s objectives. He has over a decade of experience as an iOS developer and teams mentorship.
Posted : 1 June 2021
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