Blockchain technology first arrived on the scene in 2008, gradually growing more prominent over time. One popular use case that propelled its rise was cryptocurrency use; eventually however it also became essential in creating decentralized apps and smart contracts to fuel various other use cases, driving an explosion in demand for blockchain developers and engineers.
At present, it's crucial that blockchain engineers find a programming language which will assist in designing and overseeing solutions on blockchain networks. Because Blockchain involves writing programs using code, specific programming languages are necessary in creating this code that runs programs on these networks. Let us learn about top programming languages recommended for future blockchain engineers.
Importance Of Programming Languages For Blockchain Engineers
Blockchain has quickly become one of the hottest trends in technology today, promising to revolutionize lives worldwide through various use cases. Therefore, thousands of tech professionals across labor markets are keen on making careers out of blockchain. An engineer is one of the more sought-after professions within this area of endeavor.
Programming languages have quickly become one of the essential requirements in every blockchain professional's job description, becoming in-demand skills among aspiring blockchain engineers and professionals. When exploring potential career advancement opportunities within this sector, programming languages will emerge as one of the must-have requirements in technical roles across blockchain.
One of the primary drivers behind learning programming languages used by blockchain engineers is career progression. Blockchain has quickly grown into a billion-dollar industry; projected global expenditure on this technology may exceed $19 billion by 2024. Demand for blockchain professionals will rapidly rise as more entrepreneurs and corporations recognize its immense potential and embrace this emerging technology for various use cases.
Average salaries of blockchain engineers range anywhere between $130,000-$350,000 depending on factors like experience and location; their average salary range can also vary considerably based on skill sets required of them. Startups as well as established corporations alike have recognized and taken full advantage of its revolutionary potential by adopting this revolutionary solution into various aspects of their operations and projects.
Most Popular Programming Languages For Blockchain Engineers
Navigating the complex blockchain landscape requires exploring all available programming languages that provide assistance in writing for blockchain use cases, but knowing which is ideal may prove challenging. Programming languages provide tools for building and deploying decentralized apps within this ecosystem.
Blockchain engineers should become acquainted with various programming languages depending on which ecosystem is chosen for a project, while some specialize in specific tasks like smart contract programming. Let us examine more closely these various languages needed by blockchain engineers.
Solidity
Solidity should be the starting point for blockchain engineers' education as it includes elements from JavaScript, C++ and PowerShell programming languages. Solidity stands out as one of the premier object-oriented high-level smart contract programming languages designed for Ethereum Virtual Machine or EVM; thus making Solidity essential when developing decentralized apps on blockchain networks. By borrowing beneficial features from both languages like JavaScript and C++ it offers extreme flexibility, accessibility and precision benefits to its users.
Solidity's similarity to JavaScript makes learning the language an effortless endeavor for beginners, making it one of the fastest-growing programming languages on blockchain platforms and quickly increasing in usage among engineers and infrastructure providers alike. Solidity provides easy access to tools used for development by JavaScript as a part of its blockchain engineer infrastructure platform programming language tools and infrastructure solutions.
Solidity also introduces inheritance traits for smart contracts and features a statically typed programming style, making it particularly suited for blockchain projects like Chainlink, Unswap and Compound that use it extensively for creating smart contracts on EVMs and has already proven helpful when developing them for Chain Link.
Python
Python programming language has long been utilized for application development within blockchain technology, from IoT app creation and network server design through to providing blockchain as-a-Service solutions. First introduced as one of the top programming languages by blockchain engineers back in 1991.
Python has long been utilized for developing Apps and smart contracts due to its impressive set of features, especially readability and simplicity, making it popular with blockchain engineers. Furthermore, its versatility ensures it could serve as the basis for several blockchain tools or SDKs.
Python offers many benefits for improving blockchain coding. Most importantly, Python's ease of learning could assist any aspiring blockchain engineer along their career journey. Python stands as one of the top choices when asked "Which programming language is best for blockchain engineer?" and features dynamic architecture as well as open-source support hallmarks that may help make its popularity among professional engineers evident.
Python stands out as an efficient programming language for developing blockchain prototypes efficiently and quickly, as evidenced by Algorand, Vyper, web3.py Brownie and CELO SDK to name just some examples that show its prominence among blockchain professionals.
Read more: Decoding Smart Contracts: Powering Efficiency In Blockchain!
JavaScript
JavaScript has long been one of the go-to programming languages for developing mobile apps and games, especially games using Node.js frameworks. One of its key benefits for blockchain engineers is being compatible with various frameworks. Node.js being one such framework that uses it. JavaScript provides a comprehensive programming environment capable of real time dApp interactions as well as blockchain SDK development.
Due to Node.js' non blocking I/O model as well as event driven architecture capabilities it makes JavaScript ideal for blockchain engineers working on real time interactions between real dApp interactions as SDK development using Node.js frameworks.
JavaScript serves as a critical component in blockchain engineering as it serves as the backbone for web3.js and ethers.js libraries - two essential EVM blockchain interactions libraries created using JavaScript as foundation. Additionally, Hard Hat uses its foundation created using JavaScript as well to simplify smart contract development process on Ethereum platform.
Rust
Rust is an emerging blockchain programming language that has demonstrated its worthiness. First brought into prominence through Parity and then mass adoption via other blockchain ecosystems such as Ethereum, Rust has become one of the most sought-after language among blockchain engineers who utilize multi-paradigm approaches utilizing its multi-paradigm approach for improved performance and safety, providing extensive documentation along with developer tools as well as intuitive compilers with helpful error messages for efficient usage.
Rust is one of the most effective programming languages for blockchain engineers as it facilitates smart contract development. Engineers can utilize Rust to facilitate collaboration across teams with open-source support; Rust also lets programmers manage low-level details without micromanagement or hassles.
Rust offers the ideal blend of seamless coding experience and technical capabilities, thanks to its real-time compiler that ensures stability and speed when compiling code through refactoring or feature addition. Key examples of applications of Rust in the blockchain ecosystem include NEAR, Solana Polkadot Substrate.
Golang
Golang (pronounced Go) is another widely popular open-source programming language modeled on C, developed by Google's team and found several uses within the blockchain landscape. One of its primary benefits for blockchain engineers is an easily readable syntax and its popularity continues to grow today.
Golang offers many advantages to blockchain engineers, including fast compilation times and simultaneous programming capabilities that promise benefits for their teams; this also applies to engineers working within different teams within an engineering organization. Furthermore, Golang enables easier maintenance and greater efficiency compared to legacy languages used to code blockchain applications.
Golang offers several significant advantages that stand out, including usability, readability and efficiency. Learning Golang can be done easily while its low burden of maintenance in the long run makes it ideal for high performance programs alongside distributed ecosystems. One popular implementation of Ethereum protocol in Go is Go-Ethereum which you can utilize either standalone as Geth or as part of any Go, iOS and Android project.
C++
C++ has proven itself one of the premier blockchain engineering languages since Satoshi Nakamoto used it to develop Bitcoin's blockchain in 2011. Altcoins such as EOS and Telos also use C++ extensively; C++ even formed part of their foundation. C++ was introduced into blockchain programming back in 1985 but remains popular even today for projects and DevOps teams alike.
C++ offers blockchain engineers a vast range of features to take advantage of when developing blockchains, from efficient CPU management and memory control, compile-time polymorphism for performance enhancement, code isolation for distinct data structures and moving semantics copy data in parallel threads just to name some of its many uses not unlike what other major cryptocoins utilize such as Bitcoin, Litecoin EOS Stellar and Ripple use C++ as part of their foundational structures.
Move
Move is one of the more notable blockchain engineer programming languages, standing out among competitors as an innovative programming language capable of encouraging innovation. Breaking with traditional paradigms by merging advanced architectural designs with exclusive approaches for managing digital assets. Move is certainly worth consideration among other answers for "Which programming language is best suited to blockchain engineer?".
Move is a multipurpose programming language created specifically for Diem blockchain project that utilizes a resource-oriented model to ensure better safety and quality assurance during digital transactions.
Move stands out as an exceptional programming language because of its ability to interpret digital assets as individual entities that cannot exist simultaneously in two locations, thus helping ensure authentic transactions and reduce asset duplication or theft issues. Furthermore, its modular structure makes Move one of the top choices among blockchain engineers.
Move is designed with modularity in mind to assist developers with creating, publishing, and managing custom modules that offer greater flexibility and scalability for blockchain projects. Move's modularity encourages diversity between components while preempting threats such as reentrancy attacks that weaken security layers. Another noteworthy aspect is Move's verifiability and dynamic dispatch mitigation features which ensure clarity during execution.
Clarity
Clarity, one of the more recent smart contract development languages to hit blockchain engineers' radar screens, offers unique characteristics alongside safeguards to provide stronger security. Clarity's top feature for blockchain engineers programming language users is having a finite number of steps per input and place for termination; without loops so preventing Turing incompleteness. In turn this allows it to avoid the halting problem more effectively.
Clarity can also aid in combating reentrancy attacks and lack of professionals skilled in Clarity can give it an additional edge in career advancement for blockchain engineers in roles that demand their knowledge of Clarity.
Conclusion
An outline of various programming languages for blockchain engineers highlights their key features and details, yet answering "Which programming language is best?" can lead to multiple answers based on your ecosystem of choice or project requirements. Discover more of today's leading programming languages that could make an aspiring blockchain professional's career easy.
