Technology is advancing and so is everything else, including vehicles. Cars today are just as much about software as they are about the hardware. GPS, voice assistants, navigation, and a variety of other features are coupled together to make driving more enjoyable.
The automotive industry has indeed come a long way and has quietly made its way into the app world. Automotive apps have become a significant genre of the software development industry, the most prominent types being navigation, traffic, travel, and entertainment.
But once again, we find technology at the center of development. Without good frameworks and tools, it wouldn’t be possible to design and develop competent apps. For the automotive sector, however, one needs to be pickier and that’s because automotive software needs to work closely with the hardware.
In this post, we have listed the top six languages that are considered the best options for automotive app development. Let’s see what those names are.
C++ is the most widely used language for the development of automotive apps. The primary reason for this popularity is its ability to work well with hardware while maintaining optimum performance.
This low-level language enables developers to access memory directly and interacts seamlessly with hardware components, thus making it suitable for the development of embedded systems like engine control units.
It is popular among developers because of its speed as it’s a compiled language, which means the code gets translated into machine language and results in faster execution. C++ also comes with a variety of useful features like namespaces and templates which make it easier for developers to handle large and complex projects.
Python is another versatile language that is known for its coding simplicity and readability, and its capability to handle complex mathematical operations. Because of that, Python is considered an ideal language for the development of AI and ML algorithms and data analysis.
In automotive app development, Python has made its name for creating apps that assist in predictive maintenance and autonomous driving. Additionally, Python supplies developers with multiple libraries and frameworks like TensorFlow, NumPy, and Pandas that make complex development easier.
It offers cross-platform support including hardware architectures, which is a plus for automotive app development since software systems here need to work with a variety of hardware configurations.
It is also good for rapid prototype development which means investors can test the feasibility of their ideas before throwing their money in.
Java is another popular name in the app development industry. Before Kotlin arrived, it was the most widely used language for Android app creation, and it still does (to some extent).
Since Android gives access to native hardware features like Bluetooth, GPS, and voice recognition, Java serves as an excellent mode for the development of proficient automotive apps.
Java is popular for its portability meaning that the codes written in Java can run on different platforms without any modifications. This enables programmers to develop apps for multiple devices without much hassle. It also offers a wide range of frameworks which makes development faster and more efficient.
Rust, though relatively new to its counterparts, has gained popularity in various sectors including automotive. Although there are several reasons for this popularity, the key ones are safety, concurrency, and speed.
Rust can evade common coding errors like data races and buffer overflows, which can be critical to automotive app development. It also offers cross-platform support, but its biggest advantage is its effective integration with C++.
This feature makes it an excellent choice for the automotive industry since C++ is the most prevalent language of this industry and most of the legacy codes are written in it.
Go, also called Golang, is Google’s technology. The major reason it lists among the popular languages for the automotive industry is its syntactical similarity with C but with key improvements like structural typing, memory safety, and CSP-style concurrency.
Like Rust, Go too is relatively new but makes for an excellent development choice because of its safety (thanks to garbage collection), an extensive standard library that comes with feature-rich packages, cross-platform support, and coding efficiency.
Go also provides developers with back pointers to resolve common coding problems, support for cloud computing, and robust testing support.
Speaking of powerful technologies, how can you even think about leaving Apple out of it? So last but not least, we have Swift, another intuitive and powerful language that is probably the greatest choice for building iOS-based automotive applications.
Swift has some serious hardware-based features like integration with Siri, Bluetooth connectivity, and Apple CarPlay which makes it a great choice for vehicle interaction. But its only limitation is that it’s viable for users who use Apple.
Apart from this, Swift is known for its safety features like guard statements, its powerful libraries like Core Data and UI Kit, and its support for strings and closures.
Automotive app development is a thriving industry and one that is making use of potent technologies. The flawless creation of a seamless automotive app involves a careful selection of technologies including back-end and front-end frameworks, but programming languages reside at the center of it all.
The languages mentioned here have carved their name in the automotive industry. But to make optimum utilization, you also need to select a reliable development partner.