Privacy-Native Blockchain
Architecture
Zano's technical stack was designed for one purpose: making private, scalable, and programmable blockchain finance a reality.
Six Layers of Privacy Infrastructure
Each capability represents a distinct layer of the Zano infrastructure stack, from consensus mechanics to application-layer developer tooling.
Privacy-First Protocol Architecture
Protocol LayerZano's blockchain was engineered from the ground up with privacy as a non-negotiable design constraint. Using a combination of RingCT (Ring Confidential Transactions) and stealth addresses derived from the CryptoNote protocol, the network conceals transaction amounts, sender identities, and recipient addresses. This is not opt-in privacy — it is the default behavior of every transaction on the network.
Confidential Assets
Asset LayerBeyond native ZANO transactions, the protocol supports the issuance and transfer of arbitrary confidential tokens. Organizations can create tokenized instruments — stablecoins, equity tokens, in-game assets, or any fungible instrument — that inherit the same cryptographic privacy guarantees as native ZANO. Freedom Dollar (fUSD), the first private USD stablecoin, was built entirely on this infrastructure.
Hybrid PoW + PoS Consensus
ConsensusZano's consensus mechanism combines Proof-of-Work mining and Proof-of-Stake validation in a coupled hybrid design. Attacking the network requires simultaneously overpowering both the hash rate and the staked collateral — two independent and economically distinct attack vectors. This design provides exceptional resilience against both 51% attacks and stake-grinding exploits common in pure PoS systems.
Selective Disclosure & Auditability
CompliancePrivacy and accountability can coexist. Zano's audit keys enable users to grant view-only access to specific transaction records without compromising cryptographic privacy for the rest of the ledger. This feature enables regulatory compliance workflows, institutional reporting, and third-party audits — without requiring a publicly transparent ledger.
Ionic Swaps & Atomic Exchanges
DeFiZano's native Ionic Swap mechanism enables trustless, atomic peer-to-peer exchange of any two assets on the Zano protocol without intermediaries. This forms the foundation of Zano Trade, the decentralized exchange built natively into the ecosystem. Swaps settle on-chain, privately, with full cryptographic atomicity.
Developer SDKs & Integration APIs
Developer ToolsZano Labs maintains a suite of developer tools designed to reduce integration complexity. This includes REST APIs for wallet operations, RPC interfaces for node interaction, JavaScript and Python SDKs for application developers, and Zano Companion — an integration layer specifically designed for exchanges and third-party wallets to interact with the Zano network.
Zano Protocol Stack Overview
Integrate Zano's Privacy Layer Into Your Stack
Zano Labs provides comprehensive integration resources for developers building on or integrating with the Zano network. Whether you're listing ZANO on an exchange, building a privacy-preserving dApp, or integrating confidential payments into an existing product — we have the tooling to get you live.
- REST API for wallet and transaction operations
- RPC daemon interface for full node interaction
- Zano Companion for exchange integration
- JavaScript SDK for web application developers
- Active developer community and technical support
// Initialize Zano Wallet RPC
const zano = new ZanoRPC({
host: '127.0.0.1';
port: 12233
});
// Send confidential transaction
const tx = await zano.transfer({
destinations: [{
address: recipient,
amount: 1000000000000
}],
mixin: 10
});
// Transaction is private by default
console.log('TX ID: ', tx.id);