Zano (ZANO)

Overview

Zano (ZANO) is the native coin of a privacy-focused blockchain. People can use it to make payments, help secure the network, and pay transaction fees. The chain also supports Confidential Assets: tokens created on Zano that can be transferred with private amounts and addresses. Privacy is built into ordinary transactions, so users do not have to choose a special payment mode each time they send funds. (docs.zano.org)

Zano’s goal is to make digital money useful for more than one kind of payment. Its tools support personal transfers, token creation, and exchanges between assets on the same chain. The project combines these uses with a network design in which miners and people staking ZANO both take part in producing blocks. Understanding that design helps explain both the coin’s purpose and the wider ecosystem built around it. (docs.zano.org)

History & Team

From privacy research to Zano

Zano was released in 2019. Its co-founder and core developer, Andrey Sabelnikov, previously worked as the lead developer for CryptoNote, a privacy-oriented cryptocurrency protocol. The team had also worked on Boolberry before starting Zano. Those earlier projects shaped Zano’s focus on private payments and its approach to funding ongoing development. (docs.zano.org)

Pavel Nikienkov is Zano’s other named co-founder and serves as project manager. He coordinates planning and releases, while Sabelnikov works on the core protocol. The team also includes researchers, developers, and people responsible for community work. Zano’s public team page identifies Valeriy Pisarkov as its core developer and research lead. (zano.org)

A major step came in 2024, when the Zarcanum upgrade brought hidden amounts to staking and launched Confidential Assets on the main network. It turned Zano from a private payment chain into a platform where people could issue and exchange their own private tokens. (zano.org)

Technology & How It Works

Hiding transaction details

Most blockchains publish enough information for anyone to follow payments between addresses. Zano uses several cryptographic methods to keep ordinary transaction details private while allowing the network to check that its rules are followed.

Ring signatures place a real spending input among other possible inputs, called decoys. A person viewing the chain cannot tell which member of the group supplied the funds. Stealth addresses create a one-time destination for each payment, helping hide the recipient. Commitments and Bulletproofs+ proofs conceal amounts while letting nodes verify that a transaction balances. Confidential Assets also use blinded asset tags, so observers cannot identify the kind of token transferred. (docs.zano.org)

The privacy described here concerns information recorded on the blockchain. Zano also offers tools for managing how a wallet connects to the network. This distinction matters: hiding the details of a payment on-chain and managing a device’s network connection are separate parts of the system. (docs.zano.org)

Two ways to produce blocks

Zano alternates between Proof of Work and Proof of Stake blocks. On the mining side, computers perform calculations using the ProgPowZ algorithm. On the staking side, ZANO holders run a wallet and participate in block production through Zarcanum. Blocks arrive about once a minute, and the miner or staker who finds a block receives its reward. (docs.zano.org)

Zarcanum lets someone stake without publishing their balance. Staking has no set minimum amount or lock-up period. The chance of receiving a reward depends in part on how much ZANO a person stakes, but finding a block is probabilistic: rewards do not arrive on a fixed schedule for each wallet. (docs.zano.org)

Tokenomics & Utility

Supply, rewards, and fees

ZANO is the coin used for Zano’s block rewards and network fees. The protocol specifies a reward of one ZANO per block and has no fixed maximum supply. Since blocks are produced by both miners and stakers, new coins reward both forms of participation. Transaction fees are burned, removing those coins from circulation. Future supply therefore reflects both newly issued block rewards and fees paid to use the chain. (docs.zano.org)

Zano began with an initial supply of 17,517,203 ZANO. That figure included a premine of 3.69 million ZANO set aside for development costs, marketing, partnerships, and repayment of a loan used for early development. The premine is an important part of the project’s distribution history: some coins were allocated for project funding at launch, while later block rewards go to the miners and stakers producing blocks. (docs.zano.org)

The native coin has several roles. It can be sent as a private payment, used in staking, earned through mining, and exchanged for Confidential Assets. This gives ZANO a function within the network beyond simply representing ownership of a token. (docs.zano.org)

Ecosystem & Use Cases

Payments, tokens, and swaps

A basic Zano use case is sending money without publishing the sender, recipient, and amount as a readable payment trail. A person or organization can also issue a Confidential Asset on the same blockchain instead of operating a separate chain. These assets inherit Zano’s private transfer features. Examples in the ecosystem include fUSD, a private dollar-oriented asset, and representations of assets brought to Zano through bridging tools. (docs.zano.org)

People can exchange ZANO and Confidential Assets through Ionic Swaps. In an Ionic Swap, both parties sign one on-chain transaction that transfers the agreed assets. Zano Trade uses this method to match buyers and sellers while leaving settlement to their wallets and the blockchain. Its website helps coordinate orders; the exchange transaction itself is signed by the participants. (docs.zano.org)

Zano also has aliases, short names linked to payment addresses. An alias such as @easytouse is easier to recognize and enter than a long address. The system gives developers another way to connect wallets with applications and services. Zano’s ecosystem includes wallet connections through Zano Companion, alias-linked messaging, and on-chain voting for network decisions. (docs.zano.org)

Advantages & Challenges

What the design makes possible

Zano brings several features together on one chain: private payments, hidden staking balances, and user-created private assets. Its hybrid consensus gives miners and stakers separate ways to help produce blocks. Ionic Swaps make it possible to exchange Zano-based assets in a single transaction, and aliases make payment addresses easier to use. These features give the project a clear focus on everyday use as well as privacy technology. (docs.zano.org)

That breadth also makes the system more complex. Wallets, exchanges, and other services need to support Zano’s private transaction format and protocol changes. In September 2026, the team reported a Gateway Address vulnerability that allowed unauthorized ZANO and fUSD to enter circulation. Its recovery involved a coordinated software upgrade and a restart of chain history from the block immediately before the affected upgrade. The event illustrates how changes to a privacy-focused network can require work across many connected services. (docs.zano.org)

Access is another practical challenge. The project has described difficulty getting native privacy coins onto some large trading venues. Its work on bridges and a separate execution layer aims to make ZANO easier to use alongside other blockchain systems while keeping Zano’s main chain focused on private transfers. (blog.zano.org)

Where to Buy & Wallets

Buying and holding ZANO

ZANO is listed on centralized platforms including MEXC and OurBit. Zano’s exchange directory also lists Zano Trade for exchanges between native ZANO and Confidential Assets. Wrapped forms of ZANO appear in parts of the wider decentralized-exchange ecosystem; the native coin and a wrapped representation operate on different networks. Exchange access and supported services vary by location. (zano.org)

The official Zano desktop wallet runs a full node and supports staking. Zano also offers a mobile wallet and a lightweight desktop wallet that connects to a remote node. Third-party wallet options listed by the project include Cake Wallet, Edge Wallet, Bitcoin.com Wallet, and Unstoppable Wallet. For someone planning to stake, the full-node desktop wallet has a distinct role because staking requires a running Zano node. (zano.org)

Regulatory & Compliance

Privacy within financial rules

Rules for using and providing services around crypto differ across jurisdictions. In the United States, FinCEN’s guidance addresses businesses that exchange or transmit convertible virtual currency; their obligations depend on what services they provide. In the European Union, the Markets in Crypto-Assets framework sets authorization and operating requirements for crypto-asset service providers. EU trading platforms must apply admission rules that include customer due diligence measures. These frameworks are relevant to the services that handle ZANO, even when a payment on Zano’s blockchain keeps its details private. (fincen.gov)

Zano includes an auditable wallet option for cases in which a wallet holder wants to make transaction history verifiable to another party. This gives an organization a way to share information it chooses to disclose while ordinary transfers continue to use the chain’s privacy features. (docs.zano.org)

ZANO’s halal or Shariah status depends on the standards applied to the asset and the way it is used. An assessment can consider its payment purpose, issuance, staking rewards, trading method, and the activities supported by particular tokens or services. Malaysia’s Securities Commission Shariah Advisory Council recognizes that qualifying digital assets may be traded under specified conditions on registered exchanges. That framework sets conditions for evaluating digital assets; it does not by itself give every cryptocurrency the same ruling. (sc.com.my)

Future Outlook

Planned development

Zano’s roadmap includes work on a Zano Execution Layer for programmable applications and cross-chain activity. It also describes Zenith, a proposed move from hybrid consensus to pure Proof of Stake. Other planned work includes improved peer-to-peer network privacy, hardware wallet support, and changes to the fee system. These are development goals rather than features required to understand how Zano’s current private payment chain operates. (zano.org)

The direction is clear: the project wants more applications and easier connections to other networks while retaining private transactions on its main chain. The lasting value of that approach will depend on how well its tools work together for wallet users, developers, and services that connect to Zano. (zano.org)

Summary

Zano is a privacy-focused blockchain whose native coin supports payments, fees, mining, and staking. Its distinguishing features include hidden transaction details, private staking balances, Confidential Assets, and on-chain swaps between those assets. Zano occupies a place in the crypto ecosystem as both a digital-cash project and a platform for building with private tokens. (docs.zano.org)