Experience ultra-fast transaction settlement empowered by Solana Sealevel/WASM parallelism, zero-knowledge UTXO privacy, Pedersen commitments, and fee-only BFT consensus.
Inspect zero-knowledge proof verification cycles, circuit stats, and Pedersen commitment metrics in real time.
Generate a zero-knowledge proof client-side to anonymize native tokens instantly without exposing metadata.
Engineered from the ground up for massive horizontal scaling, cryptographic privacy, and instant deterministic settlement.
Unlike single-threaded EVM networks, Lunul utilizes a customized Solana Sealevel runtime capable of running thousands of smart contracts simultaneously across multi-core validators.
Leverages advanced zero-knowledge proofs and Pedersen commitments to conceal sender balances, recipient addresses, and transferred amounts while ensuring bulletproof mathematical integrity.
A robust Byzantine Fault Tolerant Proof-of-Stake consensus mechanism ensuring fast slot validation times, predictable transaction fees, and absolute resistance to re-orgs.
Write high-performance decentralized applications in modern languages like Rust and C++ compiled directly to optimized WebAssembly runtimes.
Built-in ledger bloat prevention through automated economic state rent incentives, ensuring validator node storage requirements remain lightweight over decades.
Hardware-accelerated cryptographic routines supporting Poseidon and SHA-256 primitives optimized for rapid proof verification and account state indexing.
Connect your dApps to the Lunul network in under 5 minutes with our robust TypeScript and Rust SDKs.
import { LunulProvider, ShieldedWallet } from '@lunul/sdk'; // Initialize client connection to testnet or mainnet const provider = new LunulProvider('https://rpc.lunul.org'); const wallet = await ShieldedWallet.fromSeed(process.env.WALLET_SEED, provider); // Send confidential transaction with zero-knowledge proof const tx = await wallet.sendShieldedTransfer({ recipient: 'lunul1qxyz...k98s', amount: 250.0, token: 'LUNUL' }); console.log(`Shielded TX settled successfully: ${tx.hash}`);
Discover how Lunul's high-speed parallel architecture and ZK privacy protocols empower next-generation decentralized solutions.
Execute decentralized swaps, lending, and liquidity provision without exposing wallet balances, portfolio sizes, or trading strategies to MEV bots and public observers.
Bridge assets securely between Solana, Ethereum, and EVM-compatible networks with ultra-low latency and verifiable light-client state proofs.
Enable enterprise-grade asset management where institutions can prove regulatory compliance, accreditation, and AML checks without leaking private financial records.
Manage self-sovereign digital identities and cryptographic credentials, allowing users to verify age, citizenship, or credentials without revealing personal identity details.
Power high-frequency real-time multiplayer game loops, asset trading, and loot box mechanics with zero gas friction and verifiable randomness.
Stream salaries, grants, and freelance payments anonymously on-chain, keeping employee compensation details secure from corporate surveillance and public scrapers.
Conduct secret ballot voting and stake-weighted community governance proposals without exposing individual voter choices or inviting whale manipulation.
Track global manufacturing shipments, logistics checkpoints, and product authenticity milestones while safeguarding proprietary business supplier data.
Everything you need to know about Lunul's Sealevel parallel architecture, privacy protocols, and network ecosystem.
