[PARIS] – July 17, 2023 – During ETHCC23, Neon EVM launched on the Solana Mainnet to help close the gap between the different programming, computing, and memory models of Ethereum and Solana, bringing a low-friction solution to allow EVM dApps to settle to Solana.
The Neon EVM program is a smart contract on the Solana blockchain. It accepts wrapped Ethereum-like transactions and processes them on Solana.
Previously, when EVM dApps wanted to leverage low-cost solutions, they had to use a rollup or sidechain. By using Solana as the settlement layer, an EVM is well-placed to outcompete such L2 solutions. The average transaction fee for sending ETH on the Ethereum network is ~$2. The L2s offer between $0.5–$0.1, a saving of 4–20 times. In comparison, Solana’s average transaction fees are ~0.00001 SOL ($0.0002) per transaction, 10,000 times saving. Initial tests of Neon EVM in Devnet demonstrate that the protocol translates these optimizations in practice.
“We are very excited to see Neon EVM live on Solana Mainnet,” says Marina Guryeva, Director of Neon Foundation. “Once we repeat these tests in production, we will present the figures based on the real-world data.”With the launch of Neon EVM on the Solana Mainnet, the Neon DAO is activated to begin participating in, and influencing the future development of, Neon EVM.
About Neon EVM
Neon EVM is an Ethereum Virtual Machine operating as a smart contract on Solana. It gives developers the power to directly deploy Ethereum dApps with minimal reconfiguration to the code, while benefiting from Solana’s technical advantages. It is built with security, decentralization, and sustainability as core tenants. For more information about Neon EVM and future updates, visit NeonEVM.org and connect with the community on Twitter or Discord.
Links and resources:
● To choose a public RPC endpoint, see ChainList
● For a high-level overview of the technical architecture and features of Neon EVM, the whitepaper is available at NeonEVM.org/whitepaper.pdf
● IRL: Epic Layer 2 Day, an event for researchers, developers, and enthusiasts dedicated to Ethereum L2 Scaling, see lu.ma/l2paris