NeonEVM: The First Parallelized EVM on Solana
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About This Episode
In this episode of DevNTell, Narb welcomes Daria Agadzhanova from Neon EVM to discuss the first parallelized Ethereum Virtual Machine (EVM) built on the Solana blockchain. Daria shares her journey from high school coding to blockchain development and eventually her role in developer relations (DevRel). She explains that Neon EVM allows Ethereum-native dApps to leverage Solana's high-speed, low-cost environment with zero code changes. The presentation covers Neon EVM's architecture, including its proxy server and smart contract on Solana, and highlights its key benefits like parallel execution, compatibility with popular Ethereum tools (MetaMask, Hardhat, Foundry), and native interoperability with Solana programs. Daria also demonstrates how easily an Ethereum smart contract can be deployed to Neon EVM using Foundry. The episode concludes with a discussion of Neon's roadmap, emphasizing its transition to becoming more 'Solana native' and enhancing liquidity connections between the two ecosystems.
Key Takeaways
Neon EVM enables Ethereum dApps to run on Solana without code changes, allowing them to benefit from Solana's parallel processing and lower gas fees.
Neon EVM supports familiar Ethereum programming languages (Solidity, Vyper) and tools (Foundry, Hardhat, MetaMask), providing a seamless experience for Ethereum developers.
A key feature of Neon EVM is 'composability,' allowing Solidity smart contracts to directly call native Solana programs like Token Program or Orca Swap without needing bridges.
Neon EVM acts as a smart contract on the Solana blockchain, using a proxy server to translate EVM transactions into Solana-compatible instructions.
Developers can get started with Neon EVM by simply changing their RPC endpoint and using their existing Ethereum development workflows.
Featured Guest
Daria Agadzhanova
DevRel Engineer @ NeonEVM
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