Build your OwnAndroidAutomotive Apps!
Mobile applications and IoT (Internet of Things) will fuel the automotive industry. Take this as an example
A new market research report estimates that the automotive IoT market will reach $621.8 billion by 2023. This market will be dominated by features such as automated safety, invehicle networking, connected cars, and syncing driving data to your smartphone.
There are many benefits to using mobile apps in the automotive industry. For example, apps can be used in real-time to monitor vehicles and to enhance their in-built technology.
Why should developers of mobile apps take this market seriously? Businesses can monetize their apps with automotive app development. The future of the automotive app is more expansive. Collaboration with third-party tool providers allows you to leverage the ecosystem and become a market leader in this highly lucrative industry.
Manufacturing apps can be developed in many ways that are sweeping the automotive industry. While these apps provide real-time data and tracking, you cannot use them to control your vehicle. Instead, apps can be developed to provide real-time vehicle monitoring and parking, fuel consumption, crash alert, engine performance, vehicle notification, and condition of accelerators or brakes, as well as vehicle notification. This information is essential for the safety of your car. Thanks to the automotive maintenance app.
This means that the apps for the automotive vertical will transmit all the information from your car to your app.
Some apps can also control your car. IoT is revolutionizing how we use gadgets, cars, appliances, and other devices. These mobile apps allow you to manage your vehicle’s essential functions using your smartphone. For example, you can lock or unlock doors and turn on emergency lights. Hyundai’s digital key can be downloaded via a smartphone app. You can use your phone to open and close the car. The app was developed by Hyundai using Near Field Communication technology. The Chevy connected car app allows you to track and locate your vehicle, as well as other geo-tracking services. The mobile app design will take you to new places!
What is Android Auto exactly?
Android Auto connects a smartphone to a compatible car, allowing drivers to use voice commands and the car screen to interact with their apps. It will enable you to explore, listen, communicate with media, and do other tasks.
Android Auto provides a driver-optimized experience for consumers who own an Android smartphone and the Android Auto App but not a car running the Android Automotive OS.
In addition, users can connect to their smartphones and use your app on their car’s screen. Being a leading automotive app development company, we create services that Android Auto will display to drivers. These services can be reused in your Android Automotive OS software. However, consumers don’t install your app on their cars.
What apps are possible for Android Auto?
1. Messaging apps
Voice-based messaging allows drivers and passengers to communicate with each other while driving. All messaging apps can use the standard navigation method in Android Auto. This template is only used by apps that receive and reply to SMS-based messages. It also converts text from email to audio.
2. Apps for media
This media template was designed for apps that require little input but provide constant audio information. Android Auto’s media template provides a common navigation framework for all audio apps. To find and select playable content, users can use this browsing paradigm.
3. Apps for Navigation, Parking & Charging
The Android for Cars App Library contains vehicle-optimized templates for developers to use. Developers may modify the order of the templates to create user flows within their apps. In addition, Android Auto automatically adjusts the UI for all supported vehicles.
4. Apps made to order
Android Auto is currently developing custom apps with a variety of partners. Android Auto apps should be simple and easy to use, so drivers don’t have to remember where they are. A flat hierarchy means the main app screen displays the core features, and the drawer navigates to the additional information.
What are the benefits of Automotive Mobile App Development?
Are you still unconvinced about the importance and benefits of automotive app development for automotive? Here are various benefits that automotive app development offers.
• Efficiency is up a notch.
Due to a shift in user preferences, automotive app development has seen increased demand. Apps for automotive can be used to improve the efficiency of businesses and their inventory management. In addition, they provide an excellent user experience.
• Continuous vehicle monitoring
Smart android automotive apps stay connected to vehicles and give accurate information to passengers about vehicle status. As a result, both car and passenger are safe. This data can also be used to replace or repair vehicle parts and reduce maintenance costs.
• Vehicle care is improved.
It is better to have a vehicle diagnosed early for preventive maintenance. Apps for automotive are ideal for sending alerts regarding maintenance and emergency assistance. Leading brands like BMW and Mercedes have integrated such apps for better vehicle care.
• Improved user experience
Connected the dots makes it simpler and more efficient to use automotive apps. It lets users navigate the map quickly, monitor engine temperature, and book vehicle maintenance. It’s a truly unique experience.
• Safety for drivers has been enhanced.
If drivers are informed about traffic jams, weather changes, and road conditions, they can safely drive their route and arrive on time.
• Respond immediately to an emergency.
In an emergency, it isn’t easy to reach the vehicle. However, it is possible to reach the car using the SOS button in mobile apps. One-click is required to get the help the passenger or driver needs.
Also Read: Automotive App Development: Why Should Businesses Invest in it?
The top features of Automotive Mobile Apps
• Catalog: A business app for the automotive industry should include a vehicle catalog.
• Vehicle Page: After the user has seen the options for his vehicle, he will be able to view the details about each one.
• Contacts: A feature that displays the contact information of all service centers and dealers based on their location can also be added.
• EMI calculator: The EMI rate calculation for the vehicle chosen is an excellent idea to give the customer a quick overview of the cost.
• Advanced Search: The user should not have difficulty finding the vehicle. Therefore, the search system should allow users to seek options based on vehicle model, year of issue, and other criteria.
• Social integration: Your app should be able to integrate with social networks like LinkedIn, Facebook, and Instagram.
• Online booking: Buyers can review vehicles, take a test drive, or get after-sales maintenance or services.
• Chat system: You can communicate with customers around the clock via a mobile chat.
• Feedback: Customers will feel more confident in contacting you again and again.
Three Things to Consider When Developing an Automotive App
You can choose an app for managing your automobile business or an app for servicing your vehicles (taxi bookings, servicing times, etc.). However, the fundamentals of the app are the same: an app to provide in-car entertainment, a vehicle tracking and monitoring app, an app to manage automotive supply chain management, and a customer-facing one.
You need to start with the technology, and finally, your app should be legal and secure. There are many moving parts to developing an automotive app. However, these three things will help you get it all sorted.
1. The Right Technology
A mobile app for automobiles requires a specific technology requirement. Automotive apps for android require hardware integration almost every time.
One prominent example is your app’s ability to track/monitor cars or other automotive tools. Your app will likely need maps, GPS-enabled functions, and real-time updates. IoT enablement is becoming the norm.
This makes it crucial to choose the right tech stack.
2. Find the Right Developers
There are many ways to find developers for automotive apps. Not all developers or ways will work. You need to have a team of developers that can:
(a) Skill in the technology stack.
(b) Relevant experience working with businesses in the automotive sector.
(c) Have the right technology tools to create a hardware/software synergy in your mobile app
(d) Will listen to your ideas and finish and polish them.
3. Compliance, Testing, and Security of Apps
Compliance, security, and testing are all essential aspects of any mobile app for business. Unfortunately, automotive apps are especially vulnerable.
An app that monitors your car’s health is more likely to fail than a gaming app. Therefore, keeping your system up-to-date with security patches and bug fixes is vital to avoid such situations.
Automotive businesses must comply with a variety of regulations. For example, in-car entertainment apps must have voice commands and text-to-speech functions to prevent accidents. These requirements are crucial for automotive apps.
Only developers and teams with prior automotive experience can meet your security, testing, and compliance requirements.
Also Read: Emerging Technology Trends that You Should Not Neglect!
Factors Affecting Automotive App Development Cost
Because of its many features, the app is unique. But, the price of developing an automotive app can increase if you need special features. These are the significant factors that impact the cost of automotive app development.
• Type of app
The type of app can impact the development cost. Each app is unique regarding its industry, target audience, features, and other factors. For example, the automotive app development umbrella could include navigation, vehicle maintenance, and optimization.
• There are many platforms.
The cost of developing an automotive app depends on whether it is for Android, iOS, or both. Android development is more costly due to fragmentation issues. Native development costs are more expensive than cross-platform.
• Complexity level
There are two types: MVP apps with basic features, large-sized, complex apps with more advanced features, and MVP apps without additional elements. As the app grows in size, its functionalities become more difficult.
• Design components
Automotive app development is affected when there are minimal graphics and a simple design.
• Development team
The location of the app developer company mainly influences cost estimations in automotive. App development rates can vary depending on where they are located. The type of project will also impact the development cost.
• Tech stack
Because of fierce competition, AR and VR are essential in developing an app’s front, and back ends. These technologies require developers with unique skills and experience. This will impact the overall cost of developing an application.
• Integration by third parties
Pre-built software allows you to quickly add functionality to your app without being built from scratch. This saves money and time. Third-party plugins can be used for push notifications, payment gateway, and analytics.
• Do not forget about the backend infrastructure.
Strong enough infrastructure is required to support app backends. Monitoring, maintenance, data, networking, and sharing of sensor data can all be part of an app infrastructure.
The latest trends in automotive software development
Modern automotive software uses many digital functions, which require millions of lines to work correctly and securely. In addition, automotive software developers in different fields face additional challenges because of technological augmentations and features. It could be a problem if your software developers don’t know the latest trends in the automotive industry. This could impact your development efforts, time, and quality.
Learn about the top trends to help your teams prepare. These are the most critical trends in automotive software development.
1. Advanced Connectivity
The standard for electronic devices is advanced connectivity. This includes automobiles. Drivers desire easy access to their apps, wireless music, and other devices while driving. This scenario shows that embedded devices in vehicles can be accessed via Bluetooth, Cellular, and Wifi.
Cybercriminals have the opportunity to hack vehicles through these connected and embedded devices. Automobile sector software development must include secure coding practices that ensure no cyber security breaches.
Artificial Intelligence is a term that has been used in many industries over the past few years. It is also used in modern trends in automotive software architectures to improve comfort, safety, performance, and overall efficiency. Contextual AI Intelligence and Deep Learning are now more attractive options.
Automotive companies are already exploring this trend. This technology can be used for simulation testing, image processing, recognition, and enhanced decision-making. As Artificial Intelligence matures, the number of possible applications for Artificial Intelligence will increase.
2. OTA
Future vehicles will not require you to visit a service center to upgrade electronic control unit software (ECU). ECUs will likely be able to update or renew Over the Air (OTA) in the modern technological age of modernized electronic devices.
It is currently available on smartphones and will soon be available on all platforms. You should be able to update your vehicle software, like modernizing your smartphone.
3. Supercomputers
You have probably heard the term “supercomputers on wheels” in recent years. This term refers to the latest car models and seems very precise. Vehicles are equipped with innovative sensors that offer new possibilities and solutions.
The new sensor fusion technology allows for more innovative and intelligent data management from advanced vehicle sensors. Vehicle autonomy is becoming a reality thanks to the advancements in network technology, such as 5G. These technologies allow vehicles to communicate with other vehicles and devices connected to the IoT.
4. Autonomous Driving
Automotive developers are making autonomous driving technology a reality. However, drivers may have to adjust to the technology, even if it is readily available.
Automotive software developers must convince the public that self-driving cars can be safe. To achieve this goal, automotive software developers must adhere to SOTIF (Safety of the intended functionality).
SOTIF provides guidelines for design, validation, verification, and other practices. These practices, and their implementation, will guarantee safety in situations like self-driving cars that share the road with personal vehicle drivers.
Get in Touch with Industry Experts for your Next Automotive App Development!
Are you more inclined to customize your apps? The IoT is changing the market, and interconnectedness between hardware and software is crucial. With the help of mobile apps, the automotive industry is constantly evolving.
However, these apps require more work for businesses to succeed ahead.
So, what are you waiting for?
Get in touch with a technology company like Mobenture that will help you turn every challenge into a fruitful opportunity. You will have the best business outcomes with our expertise and assistance for automotive app development.
Are you looking for a highly-skilled automotive software development company?
Book a consultation today!
