An Ethereum Virtual Machine compatibility layer that runs on Solana, enabling developers to deploy and execute Solidity smart contracts on Solana without code changes. Neon EVM translates Ethereum transactions into Solana transactions, giving Solidity developers access to Solana's speed and low costs while maintaining EVM tooling compatibility (Hardhat, MetaMask, Ethers.js).
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An Ethereum Virtual Machine compatibility layer that runs on Solana, enabling developers to deploy and execute Solidity smart contracts on Solana without code changes. Neon EVM translates Ethereum transactions into Solana transactions, giving Solidity developers access to Solana's speed and low costs while maintaining EVM tooling compatibility (Hardhat, MetaMask, Ethers.js).
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Neon EVM (neon-evm) Category: Solana Ecosystem Definition: An Ethereum Virtual Machine compatibility layer that runs on Solana, enabling developers to deploy and execute Solidity smart contracts on Solana without code changes. Neon EVM translates Ethereum transactions into Solana transactions, giving Solidity developers access to Solana's speed and low costs while maintaining EVM tooling compatibility (Hardhat, MetaMask, Ethers.js). Related: EVM (Ethereum Virtual Machine), Solidity, Solana Virtual Machine (SVM)
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The stack-based virtual machine that executes smart contracts on Ethereum and EVM-compatible chains (Polygon, Avalanche, BSC, Arbitrum). Programs are compiled to EVM bytecode from Solidity or Vyper. The EVM is single-threaded—all transactions execute sequentially. In contrast, Solana's SVM supports parallel execution and uses a register-based design.
The primary programming language for Ethereum smart contracts. Solidity is statically typed, supports inheritance, and compiles to EVM bytecode. Unlike Solana's Rust-based development, Solidity uses a contract-oriented paradigm where code and state are co-located. Neon EVM enables running Solidity contracts on Solana by emulating the EVM.
The Solana Virtual Machine—the execution environment that runs on-chain programs. SVM loads SBF bytecode, provides syscalls for account access and cryptographic operations, enforces compute budgets, and manages memory. The SVM is being modularized (via the SVM API) to enable use in rollups and other environments outside the main Solana validator.
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The stack-based virtual machine that executes smart contracts on Ethereum and EVM-compatible chains (Polygon, Avalanche, BSC, Arbitrum). Programs are compiled to EVM bytecode from Solidity or Vyper. The EVM is single-threaded—all transactions execute sequentially. In contrast, Solana's SVM supports parallel execution and uses a register-based design.
The primary programming language for Ethereum smart contracts. Solidity is statically typed, supports inheritance, and compiles to EVM bytecode. Unlike Solana's Rust-based development, Solidity uses a contract-oriented paradigm where code and state are co-located. Neon EVM enables running Solidity contracts on Solana by emulating the EVM.
The Solana Virtual Machine—the execution environment that runs on-chain programs. SVM loads SBF bytecode, provides syscalls for account access and cryptographic operations, enforces compute budgets, and manages memory. The SVM is being modularized (via the SVM API) to enable use in rollups and other environments outside the main Solana validator.
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The most popular Solana wallet, available as a browser extension and mobile app with multi-chain support (Solana, Ethereum, Polygon, Bitcoin). Phantom provides token swaps, NFT management, staking, and a built-in dApp browser. Known for its clean UX and rapid feature adoption, it has become the default entry point for most Solana users and consistently ranks among the top crypto wallets by active users.
A Solana-native wallet offering browser extension, mobile, and web interfaces with deep staking integration, hardware wallet support (Ledger), and a built-in dApp browser. Solflare was one of the first Solana wallets and provides advanced features like stake account management, token metadata display, and priority fee controls. It supports the Solana Wallet Standard for seamless dApp connectivity.
A multi-chain wallet developed by Coral (the team behind xNFT protocol) that combines MPC and self-custody models. Backpack pioneered executable NFTs (xNFTs) that embed full applications inside NFTs, enabling a decentralized app store experience within the wallet. It supports Solana, Ethereum, and other chains with a focus on developer extensibility and programmable wallet experiences.
A regulated cryptocurrency exchange built by the same team behind Backpack Wallet (Coral). Licensed in multiple jurisdictions, it offers spot and perpetual futures trading with a focus on the Solana ecosystem. Backpack Exchange integrates tightly with the Backpack Wallet for seamless fund transfers and aims to bridge the gap between centralized exchange liquidity and self-custodial wallet experiences.