A total of 13,217 ZANO has now been burned, continuing to reduce the circulating supply over time.
2. Alias Registrations Continue to Grow
The network has reached 15,336 registered aliases, showing that more users are joining and creating easy-to-use Zano identities.
3. More Confidential Assets on the Network
There are now 920 Confidential Assets running on the Zano blockchain, reflecting continued growth of privacy-focused assets within the ecosystem.
4. Other Network Metrics
The June report also includes several additional statistics:
116,958 confirmed transactions
2.73 average transactions per block
$24.90 million total value locked (TVL) in active projects
These figures provide a snapshot of network activity and ecosystem development during June.
5. June at a Glance
June was another positive month for Zano. The network recorded continued growth in aliases, Confidential Assets, and overall ecosystem activity, while the total amount of burned ZANO continued to increase. These metrics highlight the steady progress of the Zano ecosystem.
Disclaimer:ZanoNews.com is an independent news and information website. This article is for informational purposes only and should not be considered financial, investment, or legal advice.
The Zano team has released its June Monthly Project Update, highlighting progress across network development, ecosystem expansion, and community growth. Here’s a quick look at the biggest announcements.
The Monthly Project Update for June is live! 🔥
🔹 HF6 finalized: activation height locked at block 3,833,000 (Aug 25 to 27) 🔹 Gateway Addresses ship as the headline feature, privacy stays default 🔹 PrivacyGateway card now tops up with $ZANO 🔹 New $ZANO integrations:… pic.twitter.com/Pu1pz76ZAI
Hard Fork 6 (HF6) has officially been finalized and is scheduled to activate at block 3,833,000, expected between August 25–27.
This gives node operators and community members time to prepare for the upcoming network upgrade.
2. Gateway Addresses Lead the Upgrade
The headline feature of HF6 will be Gateway Addresses, while privacy remains enabled by default, staying true to Zano’s privacy-first approach.
3. PrivacyGateway Card Adds ZANO Top-Ups
The PrivacyGateway Card now supports direct ZANO top-ups, making it even easier for users to fund their cards using the native cryptocurrency.
4. New ZANO Integrations
Zano continues expanding its ecosystem with new integrations, including:
CardsRelay
sshwap
fswap
These additions provide users with more ways to use and access ZANO.
5. Community Platform Changes
The Zano team also announced that Discord will be retired in favor of a new alias-authenticated Zano Forum, providing a more secure and integrated community experience.
6. Growing Global Community
Community adoption continues to grow, with the Zano Private Economy Conference in Nigeria attracting more than 700 attendees, demonstrating increasing interest in privacy-focused blockchain technology.
7. June at a Glance
June was another strong month for Zano. With HF6 locked in, new integrations, improved payment features, and a growing global community, the project continues building momentum ahead of its next major network upgrade.
Every time you pay with a bank card, more people may know about that transaction than you realize. Your bank, the card network, payment processors, and sometimes even data brokers can all become part of the payment process.
As more of our lives move online, financial privacy is becoming an important topic. A recent video from the Zano team explains why this matters and how privacy-focused digital payments aim to solve this challenge.
When you make a payment using a credit or debit card, the transaction doesn’t just stay between you and the seller.
Your payment may be seen by:
Your bank
The card network
The merchant’s payment processor
Companies that collect and analyze financial data
For many people, this happens without them ever thinking about it.
2. Isn’t Crypto Already Private?
Many people assume that all cryptocurrencies are private.
In reality, most are not.
On public blockchains like Bitcoin, every transaction is permanently recorded. Anyone can see:
Wallet addresses
Transaction amounts
Payment history
While your real name isn’t displayed by default, wallet activity can sometimes be linked back to individuals over time.
3. Why Transparent Blockchains Can Be a Problem
Because blockchain records are public, companies can analyze wallet activity and build profiles based on transaction history.
According to the Zano explainer video, this can sometimes lead to unexpected problems. For example, cryptocurrency received today may have passed through a wallet that was flagged years earlier, which could create issues with certain centralized services.
Unlike cash, where payments leave little public record, many blockchain transactions remain visible forever.
Watch the Official Zano Explainer
The official Zano team explains why financial privacy matters and how transparent blockchains differ from privacy-focused digital payments.
4. How Zano Takes a Different Approach
Zano is a privacy-focused blockchain designed to keep financial information confidential by default.
Its goal is to provide digital payments that offer greater privacy while allowing users to remain in control of their own funds.
According to the Zano team, financial privacy should be a normal part of digital money—not something users have to sacrifice.
5. Why This Is Important
As digital payments continue to replace cash, many people are asking an important question:
Should every payment remain visible forever?
Financial privacy isn’t about hiding wrongdoing. For many people, it’s about protecting personal information, just as they protect their passwords, messages, or medical records.
Privacy-focused technologies like Zano aim to give users more control over their financial information while helping preserve an important aspect of personal freedom in the digital age.
Disclaimer:ZanoNews.com is an independent news and information website. This article is for informational purposes only and should not be considered financial, investment, or legal advice.
A VPN helps keep your internet activity private by hiding your IP address and encrypting your connection. But there is one thing many people overlook—how they pay for the VPN.
If you pay with a credit card, your VPN provider usually receives your name, billing address, and payment details. That creates a record linking your identity to your purchase. This is why payment privacy is becoming more important for people around the world. Recently, VPNET announced that it now accepts $ZANO and Freedom Dollar ($fUSD), giving users another way to pay while protecting more of their privacy.
A VPN keeps your browsing private. But if you paid with a credit card, your provider still has your name, your address, and a trail back to you.@vpnet_official accepts $ZANO and $fUSD. Private browsing, paid for with private, unfreezable, censorship-resistant money. 🔒 pic.twitter.com/43JJdjdOWI
A Virtual Private Network (VPN) helps keep your online activity more private. It can:
Hide your IP address
Encrypt your internet connection
Protect your data on public Wi-Fi
Make it harder for websites to track your activity
However, a VPN does not automatically make your payment private.
2. Why Credit Card Payments Leave a Trail
When you pay with a credit or debit card, the transaction usually includes personal information such as:
Your full name
Billing address
Payment history
Transaction records
Even though your internet traffic is encrypted, your payment can still be linked to your identity.
For many people this is not an issue, but others prefer to keep both their browsing and payment information private.
3. How Crypto Payments Improve Privacy
Many cryptocurrencies allow people to make payments without sharing personal banking information.
Instead of using a bank or card company, payments are sent directly between digital wallets.
Not all cryptocurrencies offer the same level of privacy. Public blockchains often allow anyone to view transaction history, while privacy-focused cryptocurrencies are designed to keep transaction details confidential.
4. Why ZANO and fUSD Are Different
ZANO is a privacy-focused blockchain built to protect users’ financial information.
Its ecosystem also includes Freedom Dollar ($fUSD), a private stablecoin designed to maintain a stable value while keeping transactions confidential.
Together, they offer features such as:
Private transactions
Confidential wallet balances
Self-custody, so users control their own funds
Resistance to censorship
Protection from account freezes by centralized payment providers
These features make them attractive for people who value financial privacy.
5. VPNET Now Accepts ZANO and fUSD
According to the official Zano announcement, VPNET now accepts both $ZANO and $fUSD as payment methods.
Instead of relying only on traditional payment methods, users now have another option if they want greater financial privacy.
6. Who Can Benefit From Private Payments?
Private payments may be useful for:
Privacy-conscious individuals
Businesses protecting financial information
Journalists and researchers
Remote workers
Frequent travelers
Cryptocurrency users who prefer self-custody
Many people simply want to keep their financial information as private as their personal messages or passwords.
7. Why This Is Important
Privacy is about more than hiding your internet activity. If your payment method still reveals your personal information, part of your digital footprint remains visible.
By accepting $ZANO and Freedom Dollar ($fUSD), VPNET gives users another payment option that aligns with the privacy goals of using a VPN. For people who value greater control over both their online activity and their financial information, combining a VPN with privacy-focused digital payments can provide a more complete privacy experience.
Disclaimer: ZanoNews.com is an independent news and information website. This article is for informational purposes only and does not constitute financial or investment advice.
As cryptocurrency regulations continue to evolve, some exchanges have reduced support for privacy-focused coins. This has made it more difficult for users to access these assets through traditional trading platforms.
However, Zano users still have another option. Using the Bitcoin.com Wallet, users can buy a supported cryptocurrency, swap it for $ZANO, and store it in a self-custody wallet—all within the app.
Your Zano is stored in your own self-custody wallet.
Everything can be completed without leaving the app.
3. Why Self-Custody Matters
Self-custody means you control your own cryptocurrency, rather than leaving it on an exchange.
Some benefits include:
🔒 You hold your own private keys.
📱 Your Zano stays in your personal wallet.
✅ Your funds aren’t dependent on an exchange continuing to support a particular coin.
For many crypto users, self-custody is an important way to maintain ownership and control of their digital assets.
4. Looking Ahead
Exchange listings may change over time, but self-custody gives users another way to access and manage their digital assets.
For Zano users, the Bitcoin.com Wallet provides an option to obtain and securely store $ZANO, even as support for privacy coins evolves across different exchanges.
Disclaimer: ZanoNews.com is an independent news and information website. This article is for informational purposes only and does not constitute financial or investment advice.
Blockchain technology is expanding beyond payments and trading. Now, Zano users can also access sports betting and prediction markets directly from the Bitcoin.com Wallet, while keeping every wager private on-chain.
Powered by ZanoX, the platform allows users to bet using $ZANO or $fUSD without giving up the privacy that Zano is known for.
👤 Your transaction history isn’t publicly visible like it is on many other blockchains.
For users who value financial privacy, this is one of ZanoX’s biggest advantages.
5. Why This Is Good for Zano
This launch shows another real-world use case for the Zano ecosystem.
Instead of using cryptocurrency only for trading or holding, users can now spend and use it inside applications.
It also helps expand the growing ecosystem around Zano by bringing together:
Privacy
Sports betting
Prediction markets
Bitcoin.com Wallet integration
As more applications are built on Zano, features like these demonstrate how privacy-focused blockchain technology can be used in everyday digital services.
6. Learn More
ZanoX brings private sports betting and prediction markets directly into the Bitcoin.com Wallet, allowing users to place wagers using $ZANO or $fUSD while benefiting from Zano’s privacy-first blockchain.
Disclaimer: ZanoNews.com is an independent news and information website. This article is for informational purposes only and does not constitute financial or investment advice.
Privacy isn’t just for storing crypto anymore—it’s becoming part of everyday spending.
Zano users can now use $ZANO or $fUSD through AEON Pay to make purchases in multiple countries while keeping their transactions private on the Zano network. Whether it’s buying coffee, groceries, or shopping at a local store, the experience is designed to be simple for both customers and merchants.
Zano users can now make real-world purchases using $ZANO or $fUSD through AEON Pay.
Instead of only holding or trading cryptocurrency, users can spend it directly at participating merchants. The merchant receives their local currency, while the payment remains private on Zano’s blockchain.
This makes using cryptocurrency for everyday shopping much more practical.
Your transaction remains private on Zano’s network.
From the customer’s perspective, it works much like any other digital payment.
3. Where Can You Use It?
According to Zano, this payment system is already being demonstrated across three continents, including purchases in:
☕ Lagos, Nigeria – Buying coffee
🛒 Manila, Philippines – Paying for groceries
🛍️ Mexico City, Mexico – Shopping at local stores
Although the purchases happen in different countries and currencies, the payment experience remains the same.
4. Why This Matters
One of the biggest challenges for cryptocurrency has always been real-world usability.
Many digital assets can be traded, but far fewer can be spent easily in everyday life.
By integrating with AEON Pay, Zano takes another step toward making privacy-focused digital payments practical for daily use.
Users benefit from:
Private on-chain transactions
A simple payment experience
Spending crypto in everyday situations
The ability to use the same payment method across different countries
5. What Does It Mean for Merchants?
Merchants don’t need to handle cryptocurrency directly.
When a customer pays using $ZANO or $fUSD, the merchant receives payment in their local currency.
This helps businesses accept crypto payments without needing to manage price volatility or cryptocurrency wallets, while customers continue to benefit from Zano’s privacy features.
6. Learn More
As crypto adoption continues to grow, making digital assets useful for everyday purchases is becoming increasingly important.
With AEON Pay, Zano demonstrates how privacy-focused payments can work across different countries while keeping the checkout experience simple for both customers and businesses.
Disclaimer: ZanoNews.com is an independent news and information website. This article is for informational purposes only and does not constitute financial or investment advice.
As privacy coins continue to evolve, one challenge has remained largely hidden from everyday users: exchange integration.
Many people assume privacy coins struggle with adoption because of regulations or market demand. While those factors play a role, there’s another issue that often goes unnoticed—technical complexity.
Zano’s upcoming Gateway Addresses, arriving with Hard Fork 6, aim to solve one of the biggest engineering challenges that has made integration more difficult for exchanges and other blockchain services.
When people think about privacy coins, they often focus on anonymity.
But for exchanges, wallets, bridges, and payment platforms, the biggest concern is much simpler:
Can we integrate this blockchain easily?
Most crypto infrastructure today was originally designed around blockchains like Ethereum, where wallet balances are simple to read and update.
Privacy-focused blockchains like Zano use a different architecture, making integration more challenging for developers.
2. Why Zano Was Harder to Integrate
Unlike Ethereum, Zano doesn’t store your funds as one simple account balance.
Instead, your balance is made up of multiple transaction outputs created over time.
Imagine the difference between:
A bank account — you simply check the balance.
A jar filled with coins — you count every coin to know how much you have.
Both tell you the same answer, but one takes much more work.
For exchanges processing thousands of deposits every day, that additional work meant writing custom software specifically for Zano.
For many companies, the extra engineering effort simply wasn’t worth it.
3. What Are Gateway Addresses?
Gateway Addresses are a new type of address being introduced with Zano Hard Fork 6.
They give exchanges and blockchain services a much simpler way to interact with the Zano network.
Instead of dealing with complex balance calculations, Gateway Addresses provide:
A familiar account-style balance
Easy deposit tracking
Standard customer deposit references
Simpler integration for exchanges and wallets
For developers who have already worked with Ethereum or similar blockchains, the process will feel much more familiar.
4. Why Exchanges Will Like Them
Gateway Addresses remove much of the custom engineering previously required to support Zano.
This means exchanges can:
Reduce development time
Lower integration costs
Track customer deposits more easily
Maintain standard operational workflows
By removing these technical barriers, adding Zano support becomes significantly easier than before.
5. Privacy Still Comes First
One important point is that Gateway Addresses do not reduce user privacy.
The Gateway Address itself is transparent, allowing exchanges to audit deposits and manage funds efficiently.
However, users continue to benefit from Zano’s built-in privacy technology during normal transactions.
In other words:
Services get the transparency they need.
Users keep the privacy they expect.
This balance is one of the key goals behind the feature.
6. What This Could Mean for Zano
Making integrations easier doesn’t guarantee new exchange listings—but it removes one of the biggest technical reasons why some platforms may have delayed supporting Zano.
Over time, Gateway Addresses could help:
More centralized exchanges integrate Zano
Additional wallets add support
More bridges connect Zano with other blockchain ecosystems
Developers build new applications more easily
Rather than changing what makes Zano unique, Gateway Addresses make its privacy technology more accessible to the businesses and developers building crypto infrastructure.
If adoption grows, this upgrade could become one of the most important additions introduced in Hard Fork 6.
7. Learn More
Gateway Addresses are expected to launch as part of Zano Hard Fork 6 and are designed to make the network easier for exchanges, wallets, bridges, and other blockchain services to integrate—while preserving the privacy that defines Zano.
To learn more about Zano and upcoming network upgrades, visit:
Disclaimer: ZanoNews.com is an independent news and information website. This article is for informational purposes only and does not constitute financial or investment advice.
Many people say, “I have nothing to hide.” But that mindset often changes when personal financial information becomes public.
Imagine if anyone could see your bank balance, savings, investments, or cryptocurrency holdings simply by knowing your name. Suddenly, it’s no longer about hiding something—it’s about protecting your personal information.
That’s the point the Zano team highlights with a simple comparison.
We seal letters inside envelopes, not because we’re doing anything wrong, but because the contents are private. Financial information deserves the same level of respect.
Privacy isn’t about secrecy—it’s about having control over who can access your personal data.
As digital payments and blockchain technology continue to grow, protecting financial privacy is becoming increasingly important. Keeping your balances and transaction history private can help reduce unwanted attention, protect personal security, and give individuals greater control over their own financial lives.
Financial privacy isn’t about having something to hide. It’s about recognizing that your personal finances are your business—not everyone else’s.
Disclaimer: ZanoNews.com is an independent news and information website. This article is for informational purposes only and does not constitute financial or investment advice.
Zano has announced that the latest version of its wallet now includes optional SOCKS5 proxy support, giving users another way to strengthen their privacy.
By routing wallet traffic through a proxy such as Tor, users can add an extra layer of network-level privacy on top of Zano’s built-in protocol-level privacy. The feature is opt-in, meaning users can choose whether or not to enable it.
According to the Zano team, the feature isn’t enabled by default because using Tor requires users to have a Tor node or Tor Browser running, which may not be part of every user’s setup.
If you’re interested in learning how SOCKS5 proxy support works and how to configure it, check out our detailed guide:
Disclaimer: ZanoNews.com is an independent news and information website. This article is for informational purposes only and does not constitute financial or investment advice.
Privacy has always been one of Zano’s core features, and the project continues to add new ways for users to protect their online activity. A recent update introduces SOCKS5 proxy relay, allowing Zano wallets to send transactions and Proof-of-Stake (PoS) block submissions through a proxy such as Tor.
This feature helps hide your public IP address from the node that broadcasts your transaction, adding another layer of network privacy while keeping the wallet’s normal operation unchanged.
Here’s a simple overview of how it works and why it matters.
A SOCKS5 proxy is a server that sits between your wallet and the Zano network.
Instead of your wallet sending data directly to the network, it first sends it to the proxy. The proxy then forwards the data to a remote Zano node.
As a result, the network sees the proxy’s IP address instead of your own.
One of the most commonly used SOCKS5 proxies is Tor, which is designed to improve online privacy and anonymity.
2. Why Use a SOCKS5 Proxy?
Normally, when you broadcast a cryptocurrency transaction, the receiving node can see the IP address it came from.
Using a SOCKS5 proxy helps protect your privacy by:
Hiding your public IP address
Reducing network-level tracking
Making it more difficult to connect blockchain activity to your internet connection
Allowing both transactions and staking activity to be relayed privately
Your wallet will still synchronize with your local Zano daemon exactly as before. Only transaction broadcasts and PoS block submissions are sent through the proxy.
3. How Does It Work?
The process is simple:
Your wallet connects to your local Zano daemon.
When you send a transaction or submit a PoS block, the wallet sends it to a SOCKS5 proxy.
The proxy forwards the data to a remote Zano node.
The Zano network receives the broadcast while your real IP address remains hidden.
This allows users to improve network privacy without changing how the wallet normally syncs with the blockchain.
4. What Do You Need?
Before using the feature, you’ll need:
A running SOCKS5 proxy, such as Tor
A local Zano daemon
A remote Zano node to relay your transactions
For most users, the recommended setup is:
Tor Browser, which exposes a SOCKS5 proxy while it’s running.
node.zano.org, Zano’s public relay node.
5. Relay Options
Zano allows users to decide exactly what they want to send through the proxy.
You can choose to relay:
Transactions only
Proof-of-Stake (PoS) blocks only
Both transactions and PoS blocks
You can also use different proxy settings for transactions and staking, giving advanced users additional flexibility.
6. Example Configurations
The official Zano documentation includes several setup examples, including:
Relaying transactions through Tor using HTTPS
Relaying transactions through Tor using HTTP
Routing both transactions and PoS block submissions through Tor
Configuring SOCKS5 relay for the Zano testnet
The documentation also provides the command-line options needed to specify your SOCKS5 proxy and remote relay node, making it easy for users to configure the feature.
7. Why This Feature Matters
Privacy isn’t only about keeping wallet balances and transaction details confidential. Network privacy is just as important because every transaction broadcast leaves behind metadata, including the IP address of the broadcasting node.
With SOCKS5 proxy relay support, Zano users can reduce the exposure of this information by routing broadcasts through Tor or another compatible proxy. This creates another layer of privacy that complements Zano’s confidential transactions and other privacy-focused technologies.
As privacy concerns continue to grow across the cryptocurrency industry, features like SOCKS5 proxy relay give users greater control over how they interact with the blockchain.
Disclaimer: ZanoNews.com is an independent news and information website. This article is for informational purposes only and does not constitute financial or investment advice.
For years, Zano has focused on building a blockchain that puts privacy first. Now, the project has announced one of its biggest upgrades yet: Zenith, a new consensus system that will move Zano from its current hybrid model to a Pure Proof of Stake (PoS) network.
The goal isn’t just to modernize the blockchain. Zenith is designed to improve security, speed up transactions, reduce unnecessary blockchain growth, and strengthen Zano’s long-term sustainability—all while preserving the privacy features that make Zano unique.
Here’s a simple breakdown of what Zenith means for users.
Zenith is Zano’s next-generation consensus protocol.
Today, Zano uses a Hybrid Proof of Work (PoW) and Proof of Stake (PoS) system. With Zenith, the network will transition to Pure Proof of Stake, meaning blocks will be created entirely by staking instead of combining mining and staking.
Unlike many Proof of Stake blockchains, Zenith is built on Zarcanum, allowing users to stake while keeping their balances and staking activity private.
2. Why Is Zano Changing?
The Zano team originally tried to improve its hybrid consensus system.
However, after years of research, every major improvement continued running into limitations caused by the Proof of Work component.
Rather than continuing to patch the existing design, the team worked with blockchain research company Common Prefix to develop a new privacy-preserving Proof of Stake protocol from the ground up.
The result was Zenith.
3. What Is Pure Proof of Stake?
Proof of Stake secures a blockchain using coins that users stake instead of computers that perform mining.
In simple terms:
Current Zano: Mining + Staking
Zenith: Staking only
One important difference is that Zano’s implementation keeps staking private.
Most Proof of Stake networks publicly show validator balances and staking activity. Zenith is designed so users can help secure the network without revealing their holdings.
4. Faster Transactions and Confirmations
One of the biggest improvements for everyday users will be speed.
The proposed Zenith targets include:
Current Zano
Zenith
Block every 60 seconds
Block every 15 seconds
Around 10 confirmations
Around 4–6 confirmations
Several minutes to confirm
Around 60–90 seconds
That means payments, wallet transfers and decentralized applications should all feel much faster once Zenith is live.
5. Smaller Blockchain, Faster Sync
Normally, creating four times as many blocks would make a blockchain much larger.
Zenith introduces something called Ephemeral Blocks.
Instead of storing every old block forever, the network keeps only the important cryptographic information once older blocks are finalized.
This allows Zano to:
Keep fast block times
Reduce storage requirements
Improve synchronization for new nodes
Offer optional archival storage for anyone who wants the complete history
In short, users get faster confirmations without permanently increasing blockchain size.
6. Lower Coin Emission
Moving away from Proof of Work also changes how new coins enter circulation.
Today, miners receive approximately:
720 ZANO per day
21,600 ZANO per month
262,800 ZANO per year
Because miners must pay electricity, hardware and operating costs, many sell part of their rewards.
Once Zenith launches, Proof of Work mining will end. The Zano team is still finalizing exactly how future rewards will be distributed, but the network’s security will rely entirely on staking instead of mining.
7. What This Means for Zano Users
Zenith represents one of the biggest upgrades in Zano’s history.
If everything performs as expected after testing and implementation, users can look forward to:
Faster transaction confirmations
Private Proof of Stake
Improved security
Lower long-term storage requirements
Better performance for wallets, merchants and applications
A blockchain designed for long-term growth
The upgrade is still under development and will undergo extensive testing before activation, but it marks an important milestone in Zano’s evolution toward a faster, more scalable and privacy-focused blockchain.
Disclaimer: ZanoNews.com is an independent news and information website. This article is for informational purposes only and does not constitute financial or investment advice.
Crypto security is usually discussed in terms of hacks, scams and stolen passwords.
But there is another serious concern: physical attacks on crypto holders.
Wrench attacks. Home invasions. Kidnappings.
A recent Zano post raised a simple point: when financial information is publicly visible on a blockchain, privacy can become more than a digital issue. It can become a personal safety issue.
Disclaimer: ZanoNews.com is an independent news and information website. This article is for informational purposes only and does not constitute financial or investment advice.
They are designed to make it easier for exchanges, bridges and DeFi platforms to connect with Zano, while regular users can continue using Zano’s private addresses.
Simply put: easier integrations without changing Zano’s privacy-first experience.
3. Zano Opens the Door to DeFi
HF6 also prepares native ZANO for cross-chain access through Bridgeless.
This could allow ZANO to connect with public blockchain liquidity and DeFi services, while users can bridge back to the Zano network when native privacy is needed.
Update: Zano’s Hard Fork 6 is also gaining wider crypto media attention, with Bitcoin.com News highlighting the upgrade’s potential to open ZANO to DeFi liquidity and a broader exchange footprint.
4. What Happens Next?
The idea behind HF6 is simple:
Keep Zano private at its core. Make it easier to connect with the wider crypto world.
With the activation block approaching, Hard Fork 6 could be an important step in Zano’s push toward wider utility.
Disclaimer: ZanoNews.com is an independent news and information website. This article is for informational purposes only and does not constitute financial or investment advice.
Hard Fork 6, also known as HF6, is one of Zano’s biggest network upgrades.
The upgrade introduces Gateway Addresses, a new address type designed for exchanges, bridges and decentralized exchanges.
More importantly, Gateway Addresses open the path for native ZANO to move across supported blockchains through Bridgeless.
HF6 is set to activate at block 3,833,000, currently expected between August 25 and 27, 2026.
2. Option One: ZANO to wZANO
The first direction is for existing ZANO users.
A user could bridge native $ZANO out of the private Zano network and receive $wZANO on a supported public blockchain.
Why would someone do this?
The answer is DeFi.
$wZANO could potentially be used in liquidity pools, lending platforms and other blockchain services on supported networks.
This gives $ZANO holders a way to access deeper public-chain liquidity and DeFi opportunities that do not exist directly on Zano’s privacy-focused base layer.
The second direction may be even easier to understand.
Zano’s rollout plan includes bringing wZANO to Base. According to Zano, tokens in the Base ecosystem can be purchased with fiat through the Coinbase app.
This could create a simpler route for new users to enter the Zano ecosystem.
A user could buy $wZANO, move it to a supported wallet and bridge it back to native $ZANO.
Once back on Zano, the user returns to Zano’s native privacy environment.
The new system is designed to lock native $ZANO in Gateway Addresses and mint an equal amount of $wZANO on the destination chain. When $wZANO returns, it is burned and the native $ZANO is unlocked. Each $wZANO is designed to be backed 1:1 by native $ZANO.
5. Two Directions, Two Different Use Cases
This is where Zano’s question becomes interesting.
One group may want more utility.
They already own ZANO and want access to DeFi, liquidity and services on public blockchains.
Another group may want more privacy.
They may start with fiat or $wZANO and use bridging as a route into native $ZANO.
One direction moves from privacy to public-chain utility.
The other moves from public-chain access to privacy.
Zano is trying to connect both worlds.
6. What Comes Next for Zano
Hard Fork 6 is not simply about moving tokens between blockchains.
It could make ZANO easier for exchanges, bridges and other crypto services to integrate while leaving standard private Zano addresses unchanged.
The updated Zano wallet is already available, while HF6 is expected to activate between August 25 and 27, 2026. Bridgeless itself is still early-stage and continuing to mature.
The bigger question may no longer be whether users choose privacy or utility.
Disclaimer: ZanoNews.com is an independent news and information website. This article is for informational purposes only and does not constitute financial or investment advice
Privacy and liquidity do not always work well together in crypto.
Privacy-focused blockchains can protect users, but limited access to major DeFi platforms, exchanges and public blockchain liquidity can make their assets harder to use.
Zano’s Bridgeless update is designed to tackle this problem with a simple idea:
Keep privacy where it matters. Let liquidity move where it is useful.
A recent post from House of Chimera on X highlighted how native $ZANO can remain on Zano’s privacy-focused blockchain while wrapped ZANO, or wZANO, moves across supported public networks.
But the wider crypto world runs across many different blockchains and DeFi ecosystems.
The Bridgeless integration aims to connect these two worlds.
Native $ZANO can be locked on the Zano blockchain through Gateway Addresses. An equal amount of wZANO can then be created on supported public networks such as EVM chains, TON and Solana.
The idea is simple:
$ZANO stays native to its privacy network. wZANO travels.
2. How Does ZANO Move Across Chains?
The process works in a few steps.
Native $ZANO is first locked in a Gateway Address on the Zano blockchain.
The protocol then mints the same amount of wZANO on the supported destination chain.
For example, if ZANO is bridged out, the corresponding wZANO is backed 1:1 by native $ZANO.
When a user bridges back, the wZANO is burned and the native $ZANO is unlocked. Zano says the system uses Threshold Signatures so no single validator holds the complete key needed to control a transfer.
3. What Is wZANO?
wZANO is a wrapped version of ZANO designed to work on other blockchains.
Think of it as a version of ZANO that can enter public blockchain ecosystems.
This could allow wZANO to interact with DeFi services, liquidity pools and other blockchain applications that native $ZANO cannot directly access on the Zano network.
wZANO is visible when used on transparent public blockchains.
4. Why Liquidity Matters for Zano
Liquidity simply means how easily an asset can be bought, sold or traded.
More liquidity can mean easier trading and access to a wider range of crypto services.
By moving wZANO across supported public networks, ZANO could gain access to deeper liquidity and higher trading activity.
The House of Chimera described the result as private settlement on Zano combined with public-chain liquidity and utility elsewhere.
This could help Zano avoid a common problem:
A private blockchain with an asset that is difficult to access or trade.
5. What Happens to Privacy?
This is important to understand.
Zano’s privacy does not automatically move with wZANO to public blockchains.
When wZANO is used on transparent networks such as EVM chains, TON or Solana, balances and transactions can be publicly visible.
If privacy is needed, users can bridge back to native $ZANO, where Zano’s privacy protections apply again.
In simple terms:
Bridge out for liquidity and wider utility.
Bridge back for Zano’s native privacy.
6. Why This Could Open More Doors for ZANO
Zano says the infrastructure could give ZANO new access to DeFi liquidity pools and potentially make the asset easier to integrate with larger exchanges and services.
As a wrapped asset on public chains, wZANO can potentially interact with lending protocols, liquidity pools and other DeFi applications.
This does not guarantee exchange listings or adoption.
But it removes some of the technical barriers that have limited how native privacy assets interact with the wider crypto ecosystem.
7. Privacy When You Need It. Liquidity When You Want It.
The most interesting part of the Bridgeless update may be its simplicity.
Zano does not need to turn its private blockchain into a public one.
Instead, native $ZANO can remain within Zano’s privacy ecosystem while wZANO connects with public blockchain liquidity.
Privacy on Zano.
Liquidity across chains.
Maybe the future of privacy crypto is not choosing one or the other.
Disclaimer: ZanoNews.com is an independent news and information website. This article is for informational purposes only and does not constitute financial or investment advice.
Neither should security, controlling your own money, or sending a transaction without asking for permission.
That is the simple message behind a recent X post from Eléonore Blanc, reposted by Zano:
“Privacy is Common S3nse. Security is Common S3nse. Permissionless is Common S3nse. Censorship Resistance is Common S3nse. Self custody is Common S3nse.”
It is a short message, but it asks an important question:
Should financial privacy be a special feature, or something we simply expect?
Privacy, security and control over your own money should not feel unusual.
They should be normal.
2. Why Financial Privacy Matters
Imagine if anyone could see your bank balance and payment history.
Who you paid.
How much you sent.
When you sent it.
That would feel uncomfortable.
Yet many public blockchains allow transaction activity to be viewed through blockchain explorers.
Zano takes a different approach.
Zano is a privacy-focused blockchain where transactions are private by default. The goal is simple: your financial activity should remain your business.
3. What Is Self-Custody?
Self-custody means you control your crypto.
Instead of a bank or company holding your assets, you control your wallet and private keys.
This gives users more control, but also more responsibility.
Your keys.
Your wallet.
Your assets.
4. What Does Permissionless Mean?
Permissionless simply means you do not need approval from a company or bank to use the network.
There is no application form.
No opening hours.
No person deciding whether you are allowed to participate.
You can interact with the blockchain according to the network’s rules.
5. Understanding Censorship Resistance
Censorship resistance means making it difficult for one company or authority to simply stop a valid transaction.
Why does that matter?
Because owning money is one thing.
Being able to use it is another.
This idea has always been an important part of cryptocurrency.
6. Where Zano Fits In
Zano is building privacy directly into its blockchain.
Transactions are private by default.
Its Confidential Assets technology also allows private digital assets to be created and used on the Zano network.
The bigger idea is easy to understand:
Privacy is not an extra button you turn on. It is part of the system.
That is what makes Zano’s approach interesting.
7. Maybe Privacy Is Just Common Sense
We use passwords to protect our emails.
We lock our phones.
We close our curtains.
So why should our financial activity be completely public?
Privacy does not always mean someone has something to hide.
Sometimes, it simply means having control over what you choose to share.
Disclaimer: ZanoNews.com is an independent news and information website. This article is for informational purposes only and does not constitute financial or investment advice.
