Programming languages are one of the key factors ensuring that blockchain networks and crypto infrastructures are secure.
Languages for computers have essentially the same purpose as languages for humans — they enable computers to understand instructions. Even though there is some overlap in the programming languages used to develop conventional software and technology for blockchain platforms, the workflows and skills needed to create a successful project vary from language to language and project to project.
Maintaining a public blockchain is an especially difficult task because of security risks. An insecure blockchain could be vulnerable to hackers, and developers need to make sure that every potential loophole is addressed.
Programming languages are crucial in making sure blockchain networks and transactions run smoothly. To achieve automation and facilitate the process, smart contracts are often used, eliminating middlemen and the need for lawyers or notaries. Getting these right takes a lot of work, however.
Take Cpp, for example, which is also the core language for Bitcoin. Developers like Cpp because of how it delivers control over memory usage and enables multiple instructions to be executed at the same time – not to mention, it’s been around for a relatively long time, about 35 years.
Python is favored for how it makes bugs easy to fix, and Solidity is probably the most popular option for blockchain creators.
The benefits of coding languages are great, but they can also be difficult to learn and maintain. Cpp has an outdated syntax, Python is sometimes too simple to create something ambitious, and Solidity is fairly new language and does not allow additional features to be added to smart contracts once they have been created.
Picking the right programming language is crucial because it can have a massive effect on a blockchain platform’s future success. Security is the main concern and should be at the top of every list of must-haves when selecting a programming language.
Since anyone can add to a blockchain and access the code, it’s worth producing code — and building a network — that can withstand many user requests at once. If it’s not versatile enough, it could buckle under the pressure and be as good as useless.
The options for blockchain languages may not be perfect now, but there are some exciting new developments that could launch coding into the 21st century. Ride bills itself as a straightforward language concise enough for humans to read and understand. Time and resources-wise, these features make creating the language much easier and mistakes easier to avoid.
Ride runs specifically on Waves. Waves says its aim is to build an environment in which developers can program in chunks and bring us into Web 3.0. The company also says that the easy-to-use factor means greater options for customization — like building with Legos, there are unlimited ways to customize when you’re working with simple building blocks that all fit together.