With the advent of technologies such as the Internet of Things (IoT), several industries have made great strides in their respective fields. One such industry that has seen a considerable boost is the automotive sector.
Automakers are leveraging advanced technologies to meet consumer expectations and stay ahead of the competition. This is where the Internet of Things (IoT) steals the limelight.
Touted as a significant player in the automotive industry, IoT will facilitate efficient transportation, improved driving experience, and advanced vehicle management capabilities. All these will pave the way for autonomous vehicles.
Let’s try to understand the dynamics of the automotive industry, and how IoT is going to be the game-changer.
Table of Contents
What is IoT in the Automotive Industry?
IoT (Internet of Things) in the automotive industry is a network of connected vehicles, machines, and other devices that can communicate and exchange data. This technology helps improve safety, reduce costs, optimize performance, provide driver convenience and maintain vehicle health by leveraging sensors, wireless communication, and Big Data analytics.
Related Post – Top 12 Emerging IoT Technologies
IoT in Automotive Industry: Market Scenario
Automotive industries and associated businesses cannot neglect the importance of IoT in automotive.
- According to Verified Market Research, IoT will reach USD 289.36 Billion by 2028, expanding at a CAGR of 25.5 percent from 2021 to 2028.
- A Forecast Analysis by Gartner states that the automotive and enterprise IoT platform market will represent an $11.3B opportunity in 2025, up at a 33 percent CAGR from 2020.
- The worldwide automotive IoT market size was estimated at USD 82.7B in 2021 and will surpass USD 621.8B by 2030.
Top 5 Challenges in Automotive Industry that IoT Can Resolve
Currently, the Automotive industry is facing many challenges, some of which are:
Challenge 1: Quality Control
The automotive industry is known for its stringent quality control standards, which can be challenging to manage with traditional manual processes. IoT technology can help manufacturers and suppliers reduce errors by providing real-time monitoring and data analysis of vehicles during production. This allows them to quickly pinpoint any issues before they become more significant problems down the line.
Challenge 2: Inventory Management
IoT technology allows car dealerships and parts wholesalers to monitor their inventory in real time, helping them identify when stock needs replenishing, or components need replacing faster than ever. Additionally, since most of these processes are automated through IoT systems, it helps save both money and the workforce associated with manual techniques such as inventory checking or reordering supplies.
Challenge 3: Vehicle Maintenance
Vehicle maintenance has historically been time-consuming for automotive companies, requiring detailed inspections and repairs that are expensive and labor-intensive. But with connected car sensors, IoT technology can allow drivers to detect potential problems as soon as they occur, sending details directly to service technicians who can perform preventative maintenance quickly and efficiently – reducing long-term costs significantly.
Challenge 4: Driver Safety
Automotive companies have traditionally relied on technology such as airbags, seatbelts, and other passive safety measures to protect drivers during crashes. However, with the growth of IoT technology, automotive companies can now develop active safety systems that use sensors to monitor a vehicle’s environment and alert drivers to potential hazards before they turn into accidents.
Advantages of Using IoT in the Automotive Industry
The benefits of the Internet of Things (IoT) in the automotive industry are immense and far-reaching. From improved performance to enhanced safety, here are seven advantages of using IoT technology in the automotive industry:
Improved Efficiency
IoT technologies can connect various parts of a vehicle with one another, allowing for more efficient use of resources and reducing maintenance costs. This also increases overall fuel efficiency, making it easier for drivers to get maximum mileage out of their vehicles.
Enhanced Safety
IoT enables advanced driver assistance systems (ADAS) to alert drivers to potential safety hazards on the road ahead or even automatically take corrective action if necessary. The combination of sensors, cameras, and other hardware connected via an IoT platform can provide real-time visibility into what’s happening outside and inside a vehicle, making driving safer than ever before.
Higher Quality Services & Products
Automotive manufacturers can leverage data collected from connected cars to improve product offerings by understanding customer needs better and improving after-sale services such as predictive maintenance scheduling or personalized offers based on usage patterns).
More Effective Supply Chains
With IoT devices installed in each car component, tracking its whereabouts becomes much more accessible. This makes it possible to have a real-time view of the supply chain so that managers can effortlessly identify issues and take corrective action before disruptions occur.
Enhanced Driving Experience
With more connected vehicles on the road than ever, automakers now have access to data gathered from those vehicles, which they use to improve the driving experience. Features like adaptive cruise control and self-parking allow drivers to enjoy their drive while staying safe by automatically adjusting speed and parking perfectly in tight spots without requiring constant attention from them every time something changes on the road or in their destination’s parking lot.
Clear Picture of the Manufacturing Floor
IoT systems give the automotive industry a real-time, comprehensive view of their manufacturing process. This allows them to optimize resources, quickly identify and address any issues that arise within the production line, and ensure quality control throughout all stages of production.
Remote Access to Vehicle Information
With an IoT-enabled automobile, drivers can access vehicle information from any connected device. This includes fuel levels and mileage, tire pressure, and oil changes. With this data, drivers can make informed decisions about their car’s performance and maintenance needs.
Reduced Emissions
Emissions reduction is one of the most pressing concerns today, as climate change is an issue for many countries worldwide. IoT technology allows automakers to monitor their engines for improved efficiency, which reduces emissions output significantly compared to traditional cars without these features enabled. Not only does this help protect our environment, but it translates into cost savings over time.
Also Read: IoT Predictive Maintenance: Boosting Business Efficiency
How IoT Advances the Automotive Industry?
There are so many ways that the Internet of Things (IoT) is changing the way people interact with their vehicles. Here are just a few examples of how IoT technology is revolutionizing the automotive industry:
Predictive Maintenance
Predictive maintenance can be a valuable tool for organizations in the automotive industry. By analyzing data from various sensors embedded in vehicles, predictive maintenance enables organizations to anticipate potential technical issues and take steps to prevent them before they occur.
Fleet Management & Telematics
With Automotive IoT technology, it is possible to track the location of a vehicle and its performance. This data can then be used for fleet management, enabling organizations to optimize their routes and schedules to maximize efficiency.
Connected Cars
The automotive industry is rapidly embracing connected car technologies as they become more prevalent. Connected cars offer drivers real-time updates about traffic conditions, fuel prices, navigation instructions, and other important information that can help them make better decisions on the road.
Automated Driving
Advances in Artificial Intelligence are making it possible for vehicles to navigate roads without human intervention. Autonomous vehicles will significantly reduce collisions caused by driver error or distraction while freeing up time for individuals who spend long hours commuting daily.
Advanced Driver Assistance Systems (ADAS)
ADAS uses sensors such as cameras and radar to detect potential hazards in the environment around it. This technology helps keep drivers safe by warning them about obstacles or other dangers in their path, providing automated braking support if needed, and even helping with parallel parking.
Future of IoT and the Automotive Industry
The automotive industry is one of the earliest adopters of IoT technology, and it continues to be a significant driver for growth in the nearly $4 trillion Internet of Things market. Connected cars are becoming increasingly more prevalent with features like remote diagnostics and predictive maintenance that use data analyzed from onboard sensors.
Automotive manufacturers are also leveraging connected car solutions such as vehicle-to-vehicle communication to optimize performance, increase road safety, reduce emissions and improve customer experience. In addition, autonomous vehicles are rapidly gaining traction in the industry, with many companies investing heavily in research and development.
Autonomous vehicles will rely heavily on real-time data provided by IoT devices such as GPS navigation systems, cameras, or LiDARs, allowing them to make decisions independently while avoiding obstacles or accidents along their route.
This level of sophistication requires a robust connectivity infrastructure built around 5G networks, which have much more comprehensive coverage than 4G LTE networks currently used for most consumer applications.
Related Post – IoT in Manufacturing – Use-Cases, Benefits and Challenges
Key Factors to Consider When Building an Automotive IoT App
Developing an automotive app by partnering with a trusted software development company with a proven track record can be an effective solution. However, you should know which features are critical to your app’s success to ensure that you get the best value for your investment. Here are some key factors to consider when building an automotive IoT app:
1. Connectivity
If you want to leverage the full potential of an automotive IoT app, it is essential to ensure that the technology used is compatible with various communication protocols and can connect to both onboard and off-board Internet providers.
- Database
SQL: MySQL, Oracle Database, PostgreSQL, Microsoft SQL Server
NoSQL: MongoDB, Apache Cassandra, AWS DynamoDB, Apache HBase, Google Cloud BigTable, AWS Timestream
- Cloud server
Amazon Web Services, Google App Engine, Microsoft Azure, IBM Cloud, Cisco IoT Cloud Connect, Salesforce IoT Cloud, etc.
- Backend
Languages: Node.js, Java, PHP, Python, .NET, Ruby, JavaScript
- Frontend
Languages for iOS: Swift
Languages for Android: Java, Kotlin
- Geolocation
iOS: CoreLocation framework, MapKit, Google Maps
Android: Google’s Location APIs, Google Maps Android API, Google Maps
- Payment integration
PayPal, Braintree, and Stripe
- Push notifications and SMS
iOS: Apple Push Notification Service
Android: Google Cloud Messaging, SMS notifications — Twilio
2. Security
Automotive applications must be designed with safety in mind. This includes using secure coding practices and encrypting data transmissions between devices and servers. It also means quickly updating firmware or software remotely for greater safety compliance.
3. Scalability
As more vehicles connect, scalability becomes increasingly important when designing an automotive IoT app or platform. The system should be capable of automatically adapting its capabilities based on changes in user requirements or usage patterns; whether this involves seamlessly integrating new features into existing applications, introducing new services, or scaling up its computing resources to meet increased demand levels is essential for long-term success.
4. Data Analysis & Insights
Gathering insights through data analysis helps developers identify areas where their application can make improvements over time, either through additional functionalities, better performance metrics, etc., which increases customer satisfaction and leads to higher engagement rates among users within the networked ecosystem.
How Can PixleCrayons Help in IoT App Development for Automotive Industry?
PixelCrayons is a leading IoT app development company for the automotive industry. We offer a comprehensive suite of services to help businesses leverage the power of connected devices and mobile applications to create smart vehicles that provide an improved driving experience.
When you hire app developers from us, you get an experienced team of developers who can build custom mobile apps, cloud-based platforms, and data analytics systems tailored to your unique needs. With our expertise in the Internet of Things (IoT) technologies, we can integrate existing systems or develop new ones from scratch to turn your vehicle into a data-gathering powerhouse.
PixleCrayons can help you make sense of large amounts of complex data collected from connected cars on the road with near real-time accuracy and reliability through our cutting-edge application development platform.
Final Thoughts
Automotive IoT has the potential to revolutionize the automotive industry. By integrating connected technologies into vehicles, automakers can create smarter cars that are more secure, efficient, and convenient for drivers.
In addition, Automotive IoT can also help optimize car manufacturing processes by streamlining workflows and providing real-time insights into production lines. We hope this guide helped give you a better understanding of how Automotive IoT works and how it can benefit your company’s automotive online business.
FAQs
1. What challenges may I encounter when building an IoT automotive app?
One of the biggest challenges of building an IoT automotive app is developing a secure, reliable, and scalable infrastructure. To ensure customer safety and privacy, creating a system that can handle large amounts of data while also protecting user information is essential.
Additionally, when dealing with connected vehicles, various types of hardware or software may need to be incorporated into the platform. This could include integrating vehicle telematics, remote diagnostics, or third-party device integration.
2. How is IoT used in automotive applications?
The Internet of Things (IoT) is widely used in automotive applications to increase safety and convenience. IoT-enabled cars allow drivers to monitor the performance of their vehicles, receive alerts when something isn’t working correctly, and access diagnostic information through a connected mobile device or smartwatch.
This technology can also enable predictive maintenance strategies so that repairs can be made before issues arise, helping prevent costly breakdowns.
3. What are the examples of IoT apps in the automotive industry?
IoT technology is being used to transform the automotive industry in various ways. Here are five examples of how IoT apps are making a difference for drivers and vehicle manufacturers:
- Remote Diagnostics
- Automatic Crash Notification
- Smart Parking Solutions
- Vehicle Tracking
- Connected Car Apps
