Breaking Barriers: Kotlin Multiplatform and the Future of Programming

In the ever-evolving world of programming, Kotlin Multiplatform (KMP) has emerged as a game-changer, allowing developers to write code that can target multiple platforms with ease. However, there’s been a recent article claiming that KMP is destined for mediocrity, citing human nature and scarcity as its downfall. Let’s break down these arguments and explore why KMP is not just a viable but a transformative tool for the future of programming.

Human Nature and Change

The article argues that people resist change and are reluctant to adopt new technologies, especially when it comes to their programming languages of choice. While it’s true that programmers often have strong preferences, this argument overlooks a crucial factor: the rise of generative AI (GenAI).

With the advent of GenAI, programmers are no longer bound by the limitations of their chosen language. GenAI can understand and generate code in various programming languages, effectively breaking down language barriers. This means that any programmer can easily transition to a new language, including Kotlin, without the need for extensive retraining or installing additional tooling.

History Repeating Itself?

The article draws parallels with previous attempts at multiplatform development, suggesting that KMP will face the same fate. However, it fails to acknowledge the significant advancements in technology and developer tools over the years. GenAI, which didn’t exist during the previous multiplatform attempts, changes the game entirely.

KMP is not just another multiplatform solution; it’s backed by a vibrant community and a powerful language—Kotlin. This combination provides a strong foundation for developers looking to create cross-platform applications efficiently.

The Myth of the Polyglot Programmer

The author argues that polyglot programmers are like unicorns—rare and expensive to hire. While it’s true that expertise in multiple languages is valuable, GenAI is democratizing programming by making it accessible to anyone. Programmers can now leverage GenAI to assist with tasks in languages they might not be experts in. This levels the playing field and makes polyglot programming more achievable for a broader range of developers.

Square Pegs in Round Holes?

The article suggests that using KMP for the wrong job is a recipe for frustration. However, this argument overlooks the flexibility and adaptability of KMP. KMP is designed to target multiple platforms, and while it excels in mobile development, it’s not limited to that realm. It can be a valuable tool for various scenarios, provided it’s used appropriately.

The Scarcity Fallacy

The article claims that KMP’s success depends on the rarity of developers who can master it. While KMP may indeed require a specific skill set, the growth of online communities, courses, and resources dedicated to Kotlin and KMP is making this knowledge more accessible than ever before. As the ecosystem around KMP continues to expand, the scarcity argument becomes less relevant.

In conclusion, the article’s arguments against KMP overlook the transformative power of GenAI and the adaptability of modern developers. Kotlin Multiplatform is not destined for mediocrity; instead, it’s paving the way for a future where programmers can embrace change and harness the full potential of multiplatform development. With GenAI by our side, any language is within our reach, and KMP is poised to play a pivotal role in this exciting journey.