What the future of programming languages ​​looks like


Developers have been using programming languages ​​for decades to create nifty new tools and streamline the coding process. So far, it has worked quite well for us. Advances in programming languages ​​and software development in general have helped us push the limits of what is possible. Businesses have become more efficient, humans have become more productive, and they have become more entertaining than ever. And the basic elements of our economic infrastructure, including the secure money exchange, they have fundamentally reinvented themselves.

So where do the programming languages ​​go from here? Does the emergence of a comprehensive mega-language await us? Or could programming languages ​​disappear entirely?

The role of programming languages

Before we get into speculative territory, what establishes the real function of programming languages? Why do we create programming languages ​​and what are they used for today?

At the most fundamental level, computers only process code in binary: ones and zeros. If you were to program a complex software application using only ones and zeros, it would take an absurdly long time and it would be almost impossible to track down the bugs that plague the application’s functionality.

Programming languages ​​work to simplify the coding process for developers and take coding to a more abstract level. You can think of them as an interface that allows software developers to communicate with computers in a way that both parties can understand. Instead of relying on binary digits, programmers can use more readable words, functions, and other inputs. It makes the programming process much easier and makes it easy to find errors when necessary. Because of this, programming languages ​​also make programming much more accessible to a larger number of people.

Key elements for future programming languages

What will future programmers need for their programming languages? That’s a big and complicated question, especially considering that we don’t know what humanity’s technological needs will be in the near or distant future. However, we can speculate on some important elements that all future programming languages ​​will need to have.

  • Simple API calls. Today’s applications and tools must make frequent exchanges with each other, with the cloud, and with other databases. This is why modern programming languages ​​must have easy and convenient API calls available.
  • Automation. It’s easy to understand why developers prefer automation: makes everything easier. With the help of automation in a programming language, you can simplify your simplest tasks, test for bugs, and implement code more quickly and effectively.
  • Special purpose languages. To date, some of the most successful programming languages ​​have been those that can be used for just about anything. But as our needs become more focused and refined, it will become more important for “special purpose” languages ​​to emerge, highly concentrated programming languages ​​that are exclusively good for one or two types of applications.
  • Easy learning curve. Everyone will be a programmer in the future, at least to some degree. Simple applications and scripts, such as those that facilitate spreadsheet management, will be in demand by professionals and amateurs alike. That is why new programming languages ​​must have the simplest and most accessible learning curve; they need to be easy to learn if they are to survive.
  • Abstract. The original purpose of programming languages ​​was to turn the highly technical realm of coding into a higher layer of abstraction. In the future, programming languages ​​can take this abstraction to an even higher level: grouping functions and simplifying commands to make them even more intuitive.
  • Expansion potential. It’s hard to imagine what kind of devices will we invent (and grow to need) in the future. That is why the programming languages ​​of tomorrow must be flexible and allow plenty of room for further growth and development. You can’t just create a language for today; you have to make a language for the next decades.

Promising new programming languages

What about specific programming languages ​​on the horizon?

It’s hard to predict what the next Python or JavaScript will become, but there are some strong and interesting promises in the world of programming. For instance, Julia (originally developed in 2012) attempts to facilitate the processing of numbers and mathematical equations, making it the ideal programming language for data scientists, an increasingly important niche. On the contrary, Google has tried to introduce a language that combines the best features of several other languages; In this way, Go offers users a very simple tool with simple syntax.

Encoder Lawsuits

The evolution of programming languages ​​will necessarily have an impact on today’s software programmers and developers. Like it or not, the landscape of available programming languages ​​is going to evolve. You can evolve with it or struggle with its adherence to coding practices that are no longer relevant.

Obviously, you will need to learn a new programming language if it is a necessity for a niche project you are working on. Still, there are many benefits to transform companies in the digital world, including having its developers learn various programming languages.

  • Project versatility. Being familiar with multiple programming languages ​​gives you the opportunity to work on many different types of projects. If you are a freelancer or own your own business, that means you can greatly expand your customer base. If you are looking for work or if you are currently employed, that means that it will be much more valuable (and you will probably be able to make more money). Since the diversity of available technology is constantly increasing, it is always worth it if you have a diverse skill set.
  • Personal adaptability. Learning new languages ​​is also a great way to improve your own adaptability. It’s easy to get complacent when handling the same responsibilities day after day. You can have a decent career for yourself this way, but you will never reach your true potential. On the contrary, if you strive to learn new languages ​​(especially promising new ones), you will set yourself up to be much more adaptable.
  • Extended conceptual thinking. If you only focus on one programming language, it doesn’t matter how much time you put into it or how much experience you have cultivated; you are going to be limited in your way of thinking. Simply learning multiple human languages ​​can make you more creative and allow you to process information more abstractly, learning multiple programming languages ​​can boost your conceptual thinking.
  • Stay updated. Of course, in a way, learning new programming languages ​​is just one way to stay current. It is a form of continuing education that is necessary if you want to continue competing with your peers.

The role of low-code and no-code programming

We should also talk about the future possibilities of low-code and no-code programming. As the names suggest, these types of schedules attempt to limit or completely eliminate the need for a personal schedule entry. Most people are so lacking in technical knowledge that they have problems remember and secure a simple password, so these types of applications have enormous potential to become popular.

We can already see the beginning of an era of codeless programming; Today’s website builders allow users to create entire websites from scratch using nothing but WYSIWYG editors. In the near future, there may be similar tools that allow people to program entire applications from scratch with no prior coding experience. Some might argue that this paves the way for the abolition of all programming languages, but we are still going to need core programming languages ​​to program those tools.

The programming language revolution

Fortunately, the world of programming will never be destroyed and recreated from scratch. Instead, these changes will manifest gradually and iteratively, giving all of us the opportunity to keep up with our continuing education and continue learning in the future. Be on the lookout for new languages ​​on the horizon, and if you’re a programmer, keep challenging yourself by learning new things.

Nate nead

Nate Nead is the CEO and Managing Member of Nead, LLC, a consulting firm that provides strategic advisory services across multiple disciplines, including finance, marketing, and software development. For more than a decade, Nate had provided strategic guidance on M&A, equity acquisition, technology, and marketing solutions for some of the best-known online brands. He and his team advise Fortune 500 clients and SMBs alike. The team is based in Seattle, Washington; El Paso, Texas and West Palm Beach, Florida.


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