Zano

What is Zano?

Zano (ZANO) is a privacy-focused layer-1 blockchain built on a forked CryptoNote codebase, the same protocol family that gave rise to Monero and Bytecoin. The project began life as a continuation of Boolberry, the privacy coin launched in 2014 by Andrey Sabelnikov. After Boolberry stagnated, the same core developers rebuilt the codebase around a new architecture and rebranded it as Zano in 2019.

Zano is best described as a privacy infrastructure platform rather than a single payment coin. It runs a hybrid proof-of-work and proof-of-stake consensus, supports confidential assets (privacy-preserving tokens issued on the chain), and bakes atomic swaps and aliases into the base layer. The native ZANO token pays for transactions, secures the network through staking, and serves as the settlement asset for confidential assets and decentralized swaps.

Zano price today

ZANO/USD trades on a small set of exchanges because privacy assets face heavier compliance overhead than mainstream coins. Reference price feeds aggregate the deepest order books and weight by reported volume. The number on this page refreshes every 60 seconds.

What tends to move the ZANO price:

• Privacy-coin sentiment. ZANO correlates with Monero and other privacy assets when the regulatory news cycle hits.
• Confidential asset launches. New tokens issued on Zano draw attention and on-chain activity, which feeds back into ZANO demand.
• Hard-fork upgrades. Network upgrades that ship new features (like atomic swaps or escrow improvements) historically spark short-term moves.
• Staking ratio. A larger share of ZANO locked in PoS staking reduces circulating supply and tightens the float.
• Exchange listings and delistings. New venue announcements tend to lift the price; regional delistings have the opposite effect.

Live data above is the source of truth. The analysis below uses the levels visible at page load.

How Zano privacy works

Zano inherits the CryptoNote privacy stack and layers its own additions on top. Every transaction hides the sender, the receiver, and the amount by default, and the protocol uses several techniques in parallel to make deanonymization difficult.

• Ring signatures. Each input is signed alongside decoy outputs from the chain, so an outside observer cannot tell which output is the real spender.
• Stealth addresses. The sender derives a fresh one-time destination address for every payment, so a recipient never receives funds at the same on-chain address twice.
• Confidential transactions. Amounts are hidden using cryptographic commitments while still letting nodes verify that no coins are created out of thin air.
• Aliases. Zano supports human-readable on-chain aliases (like @alice) that resolve to stealth addresses, removing the need to copy-paste long addresses without weakening privacy.
• View keys. Every Zano account has a separate view key that lets an auditor or accountant read incoming transactions without being able to spend anything. The spend key stays with the owner, which makes Zano audit-friendly for businesses that need privacy plus compliance.

For sensitive use, running a full node behind Tor or I2P is recommended, because IP addresses can leak through plain RPC connections regardless of how strong the on-chain privacy is.

Hybrid PoW/PoS consensus and tokenomics

Zano runs a hybrid consensus model. Roughly half of new blocks are produced by proof-of-work miners, and the rest are produced by proof-of-stake validators. The split is enforced by the protocol, and the two algorithms alternate in a way that makes a 51% attack require both substantial hashrate and a large stake of ZANO at the same time.

• Proof-of-work. ZANO uses a memory-hard, ASIC-resistant PoW algorithm called ProgPowZ, which is friendly to commodity GPUs.
• Proof-of-stake. Holders can stake ZANO from their own wallet to produce PoS blocks, with rewards flowing back to the staker. Staking is non-custodial; coins stay in the user wallet.
• Block time. Around 60 seconds on average, with the PoW/PoS rotation smoothing out variance.
• Emission. ZANO has no hard cap. Block rewards decay over time and a small tail emission keeps a permanent baseline reward for miners and stakers, similar in spirit to the Monero approach.
• Confidential assets. Tokens issued on Zano inherit the same privacy properties as ZANO itself, with hidden balances and amounts, while still settling against the base layer.

The hybrid model is the core selling point for Zano holders. PoW gives the network external energy backing and resistance to insider attacks, while PoS gives long-term holders a reason to lock up supply and participate in security without buying mining hardware.

Confidential assets and atomic swaps

Two features set Zano apart from most other CryptoNote forks: native confidential assets and built-in atomic swaps.

• Confidential assets. Anyone can issue a new token on Zano with the same privacy guarantees as ZANO. Token supply, balances, and individual transfer amounts are all hidden behind cryptographic commitments. This is closer to what Liquid offers on Bitcoin sidechains, but with mandatory privacy by default.
• Atomic swaps. Zano supports trustless cross-chain swaps with Bitcoin and other CryptoNote-family coins at the protocol level. Two parties can exchange ZANO for BTC without an intermediary holding the funds, and without going through KYC.
• Escrow contracts. The chain has primitives for multi-party escrow, useful for over-the-counter trades and dispute resolution.
• Marketplace primitives. Zano includes lower-level building blocks for decentralized marketplaces and privacy-preserving DeFi, though the ecosystem is still small compared with Ethereum or Solana.

For users, the practical effect is that Zano is not just a private payment coin. It is closer to a privacy-first settlement layer where assets, swaps, and contracts can all run with hidden amounts and counterparties.

Zano vs Monero: where they differ

Zano and Monero share the same CryptoNote roots, but the two projects have diverged in design and scope. The split usually comes down to consensus, asset support, and developer focus.

• Consensus. Monero is pure proof-of-work using RandomX, which is CPU-friendly. Zano is hybrid PoW/PoS, with ProgPowZ on the mining side and non-custodial staking on the validator side.
• Asset support. Monero is a single-asset chain; only XMR exists on it. Zano natively supports confidential assets, so tokens with hidden balances can be issued directly on the base layer.
• Atomic swaps. Both ecosystems support BTC-to-private-coin swaps, but Zano bakes the primitive into the protocol, while Monero relies on external tools like COMIT and Farcaster.
• Maturity and liquidity. Monero is the largest privacy coin by market cap and has roughly a decade of community-driven development. Zano is much smaller, with a tighter dev team and thinner liquidity.
• Audit story. Both chains support view-key based auditing. Zano markets this more aggressively as a feature for businesses that need confidential operations plus compliance reporting.

Monero is the conservative pick for users who want only proven, default-on privacy at scale. Zano is the more experimental pick for users who want privacy plus programmable assets and trustless swaps on the same chain.

How to buy Zano in 2025

Zano trades on a smaller venue set than top-twenty coins. The path you take depends on whether you are willing to use a centralized exchange or prefer a non-KYC route through atomic swaps.

1. Pick an exchange that lists ZANO. Compare exchange options to find venues that still support privacy assets in your region. TradeOgre and a handful of mid-tier platforms are the usual entry points.
2. Open and verify the account if needed. Smaller exchanges may waive KYC for low deposit amounts; larger ones require ID verification before withdrawals.
3. Fund the account. USDT or BTC deposits are the most common funding routes for ZANO pairs. Bank transfer is rarely available on the smaller venues that list it.
4. Place the ZANO order. A limit order is usually the right tool on thin order books, since market orders can pay several percent in slippage.
5. Withdraw to a self-custody Zano wallet. The official Zano desktop wallet is the reference client and supports staking out of the box. Move coins off the exchange after the trade settles.

A non-KYC alternative is to buy Bitcoin first and then atomic-swap it for ZANO. The trade settles peer-to-peer between two wallets without an intermediary holding the funds. Liquidity is thinner than on a centralized exchange, so test with a small amount before scaling up.

Risks of holding Zano

Zano carries the regulatory risks of any privacy asset, plus the additional risks that come with a smaller market cap and a tighter ecosystem.

• Regulation. EU MiCA, FATF travel-rule guidance, and US state-level money-transmitter rules all create ongoing pressure on platforms that list privacy coins. More delistings are possible.
• Liquidity. ZANO trades on far fewer venues than Bitcoin or Ethereum. Spreads widen during stress, and large orders can move the market noticeably.
• Concentration risk. The active developer team is small. A loss of key contributors would slow the roadmap, since there is no large foundation backstopping the project.
• Smart contract surface. Confidential assets and escrow primitives expand the attack surface beyond what a payment-only coin like Monero exposes. New features bring new bug classes.
• Privacy is strong, not absolute. Timing analysis, IP-level leaks via plain RPC, and chain-analysis attempts on early ring-signature transactions are real concerns. Run a full node behind Tor or I2P for sensitive use.
• Drawdown. ZANO has fallen 80 percent or more in past bear markets. Position sizes should assume similar moves are possible.

For longer-term price scenarios and technical levels, see our Zano price forecast. For comparison with the largest privacy coin by market cap, our Monero page covers the benchmark privacy asset.

This page is information, not financial advice. Talk to someone licensed before allocating real capital, and check that ZANO is legal to hold in your jurisdiction.