Skip to content

Solidity Joins Solana: New Tool Solang Enables Solidity Smart Contracts on Solana

Solang, a revolutionary tool enabling developers to write Solana smart contracts using Solidity, has just been introduced. This development merges two worlds, unlocking exciting potential for the creation of dApps on Solana.

Solang Unveils: Solidity Comes to Solana Smart Contracts

The Solana blockchain network has just unveiled a significant development: the introduction of Solang. This innovative tool enables developers to create Solana smart contracts using Solidity, a programming language widely used in the crypto community. This breakthrough enables novel avenues for the construction of decentralized applications (dApps) on Solana.

This development is crucial because Solidity is the leading language for creating smart contracts, particularly on the Ethereum network. However, traditionally, Solana smart contracts have been developed using Rust or C. This difference has been a barrier for developers accustomed to Solidity. With Solang, these developers can now leverage their existing knowledge and experience.

Solang is a bridge that facilitates Solidity developers' transition to building on the rapid, cost-effective Solana blockchain. It simplifies the process of transferring existing Solidity smart contracts and invites more developers to explore the potential of Solana.

Solang operates by taking Solidity code and compiling it into a Solana program written in Rust. This Rust program can then be deployed on the Solana blockchain. Solang supports most Solidity syntax, ensuring a smooth transition for developers.

Behind the scenes, Solang translates the Solidity's Ethereum Virtual Machine (EVM) opcodes into Solana instructions. This allows the contract logic to run on Solana's runtime.

Solang can be utilized to port existing Ethereum dApps like Uniswap or Aave to Solana, build cross-chain dApps with shared Solidity contracts deployed on Ethereum and Solana, launch an NFT minting platform or marketplace using well-tested Solidity contracts, develop Solidity smart contracts that integrate with Solana's ultra-fast transactions, and create a DeFi protocol on Solana by forking and modifying Solidity code from Ethereum.

Another exciting development in the Solana ecosystem is the implementation of the EVM as a Solana program by Neon. This enables unmodified Ethereum bytecode to be executed on Solana. For developers, using Neon EVM is as simple as altering their deployment scripts to point to Solana rather than Ethereum.

Neon EVM offers Ethereum developers the promise of faster, more cost-effective transactions when deploying on Solana. With the congestion on Ethereum often leading to surges in gas fees and slow confirmation times, Solana's speed and scalability could provide a welcome alternative.

The advent of Solang and Neon EVM is a significant leap for the Solana ecosystem, paving the way for Ethereum developers to expand their skills and attract an influx of Solidity talent. As adoption of Solang grows, we can expect to witness an upsurge in more complex dApps launching on Solana. With these languages unified, the possibilities are indeed limitless.