Veronex
Developer
Documentation
Welcome to the official Veronex Developer Documentation. This guide provides everything you need to build, deploy, and scale applications on the Veronex blockchain.
Veronex combines the security and tooling of Ethereum with the performance of Solana — and evolves beyond them both:
– Parallel EVM+ smart contract execution
– zk-native scalability & privacy
– Adaptive consensus with <1s finality
– Full modular architecture
– Native cross-chain interoperability (no bridges)
Connect to Veronex TestNet *(Coming Q4 2025)*
– RPC URL: https://testnet.Veronex.io (launching soon)
– Chain ID: 1337
– Faucet: Available via request: dev@Veronex.io
Supported Wallets:
– MetaMask (via custom RPC)
– WalletConnect-enabled wallets
– Native Veronex Web Wallet *(coming soon)*
Veronex supports Solidity and Vyper via an EVM+-compatible runtime with parallel processing.
Features:
– Compatible with Solidity 0.8+
– Parallel Sealevel++ engine
– Standard Ethereum tooling (Remix, Hardhat, Truffle)
Quick Deploy with Hardhat:
npm install –save-dev hardhat
npx hardhat init
Update hardhat.config.js:
module.exports = {
networks: {
Veronex: {
url: “https://testnet.Veronex.io“,
accounts: [“<YOUR_PRIVATE_KEY>”]
}
},
solidity: “0.8.19”
};
Deploy your contract:
npx hardhat run scripts/deploy.js –network Veronex
Veronex uses native light-client verification (no bridges or wrappers):
– ETH, SOL, BTC messaging supported
– Secure state sync with unified identity
– Liquidity abstraction (launching Q4 2025)
Requirements:
– OS: Linux/macOS
– CPU: 2 cores
– RAM: 4GB+
– Disk: 250GB SSD
Setup:
git clone https://github.com/Veronex/validator
cd validator
./install.sh
Register your validator and begin syncing:
./Veronex start –network testnet
Epoch rewards: every ~10 minutes
For access: dev@Veronex.io
Tool | Status
—————- | —————————————————————
TypeScript SDK | @Veronex/sdk
Rust SDK | Coming Soon
GraphQL API | Launching Q4
Block Explorer | explorer.Veronex.io (coming soon)
Faucet UI | Q4 2025
DevNet Dashboard | Q4 2025
Parallel Execution Engine (Sealevel++):
– Isolated & concurrent transaction lanes
– Real-time conflict resolution
zk Integration:
– zk-SNARK-based execution proofs
– zkValidator proofs for mobile/light clients
Adaptive Consensus:
– DAG-based BFT (Bullshark++ variant)
– Sub-second finality under low load
– Dynamic validator scaling
– Deploy an NFT on Veronex
– Build a gasless dApp with fee abstraction
– Launch a Sub-Chain (VeronexZone)
– Discord: https://discord.gg/Veronex (live Q4)
– GitHub: https://github.com/Veronex (live Q4)
– Developer Support: dev@Veronex.io (live Q4)
– Website: https://www.Veronex.io
