Move is a programming language designed for secure and flexible blockchain application development. Initially created by Meta for the Libra/Diem stablecoin project, it has since evolved into an open-source tool used in various blockchain ecosystems. Today is September 23, 2025, and Move continues to gain traction.
Table of contents
Key Features and Purpose
- Security: Move prioritizes safety and correctness, making it suitable for applications where security is paramount.
- Flexibility: It provides a flexible foundation for building blockchain applications.
- Smart Contracts: Move is specifically developed for writing safe and programmable smart contracts.
- Blockchain Agnostic: It is designed to be blockchain-agnostic, offering advancements in security and productivity across different platforms.
Adoption and Usage
Move powers blockchains like Aptos and Sui. It has emerged as a powerful force in blockchain development, with chains like Sui, Aptos, and Supra utilizing it.
Recent Developments
While Move is gaining popularity, it’s worth noting that Coinbase delisted the Ethereum Layer 2 project Movement (MOVE) due to market manipulation and token governance issues. However, this does not reflect on the Move programming language itself.
Advantages of Move
- Resource-Oriented Programming: Move treats assets as first-class citizens, preventing common smart contract vulnerabilities like double-spending and unauthorized asset creation. This is achieved through the use of resource types, which are linear types that can only be moved or consumed, not copied.
- Formal Verification: Move’s design facilitates formal verification, allowing developers to mathematically prove the correctness of their smart contracts. This significantly reduces the risk of bugs and security flaws.
- Module System: Move employs a module system that promotes code reusability and modularity. Modules encapsulate code and data, making it easier to manage and maintain complex blockchain applications.
- Safer Smart Contracts: Compared to other languages like Solidity, Move offers a more secure environment for smart contract development, reducing the likelihood of security breaches and exploits.
Move vs. Other Smart Contract Languages
While languages like Solidity dominate the Ethereum ecosystem, Move offers distinct advantages. Solidity, while widely adopted, has faced challenges related to security vulnerabilities and gas optimization. Move addresses these issues by providing a more robust and secure foundation for smart contract development.
Learning Move
The Move programming language aims to reduce the Web3 learning curve. While it may have a steeper initial learning curve compared to some simpler languages, the long-term benefits in terms of security and reliability make it a worthwhile investment for serious blockchain developers. Resources for learning Move include official documentation, tutorials, and community forums.
The Future of Move
As blockchain technology continues to evolve, Move is poised to play a significant role in shaping the future of decentralized applications. Its focus on security, flexibility, and formal verification makes it an attractive option for developers building complex and mission-critical blockchain solutions. We can expect to see increasing adoption of Move in various blockchain projects and ecosystems in the coming years.
