hafizk2r

​If you have ever tried to move your crypto from Polygon over to TON (The Open Network), you know how intimidating it can be. Polygon is a massive Ethereum-compatible (EVM) playground known for fast transactions, while TON is its own unique blockchain island heavily integrated with Telegram.
​Because these two networks don't naturally talk to each other, getting your funds across the border has traditionally meant using a wrapped-token bridge. You lock your assets on Polygon, wait around, and eventually receive a synthetic wrapped token on TON that you still have to swap again just to get what you actually wanted.
​Thankfully, STON.fi has completely rewritten this playbook using Omniston, its underlying cross-chain engine. Now, you can jump between TON and Polygon in a single click, completely stress-free. Here is how it simplifies everything.
​1. Direct Native Swaps (No Wrapped Confusion)
​When you use a conventional bridge, you are left holding a wrapped claim on your asset, which adds extra token-registration steps and bridge-contract risks. STON.fi skips this entirely.
​Instead of asking how to physically move an asset across the border, STON.fi’s Omniston protocol focuses on what you actually want to arrive at your destination. If you want to trade a stablecoin on Polygon for native Toncoin (or a native TON token called a jetton), the platform delivers that exact native token directly to your wallet. No confusing middleman tokens required.
​2. The "All-or-Nothing" Safety Net
​The absolute biggest fear for beginners making a cross-chain move is the "half-finished transaction" nightmare—where your funds leave your wallet but get lost or stuck in a black hole somewhere in the middle.
​STON.fi completely eliminates this anxiety with an all-or-nothing guarantee driven by cryptographic smart contracts. When you initiate a TON-to-Polygon trade, the transaction can only settle as a single, atomic event: either both sides get their assets exactly as quoted, or the swap automatically cancels itself and refunds your money in full. There is zero execution path where you lose your funds or get stuck doing blockchain detective work.
​3. Zero Price Surprises and Instant Finality
​Traditional bridges frequently keep you waiting for minutes or even hours while multiple network confirmations stack up. During that delay, token prices can drift, leaving you with less crypto than you expected.
​Because STON.fi utilizes a competitive network of professional liquidity providers (called Resolvers) who fight to fulfill your trade, the cross-chain leg settles immediately. Even better: the quote you see on the confirmation screen is exactly what you get. The price is locked in by the contract code, shielding you completely from market volatility during the move.
​What to Do After You Arrive?
​Once your cross-chain swap lands safely, you are free to explore. Moving your capital into the TON ecosystem gives you immediate access to unique TON-native opportunities that don't exist anywhere else. Best of all, once your funds are on TON, the transaction fees are tiny, meaning you can swap, rebalance, or provide liquidity to earning pools repeatedly without worrying about heavy costs.
​By trading through STON.fi, crossing borders between Polygon and TON is finally reduced to a single, secure wallet-to-wallet tap.
Check the official blog for more info 👇 https://blog.ston.fi/ton-to-base-bnb-chain-and-polygon-how-cross-chain-crypto-swaps-actually-work-2/

At first glance, it sounds like a trick question: How can STON.fi, a platform built on the TON blockchain, let you swap tokens between two entirely different Ethereum-based (EVM) networks?
But it’s no trick. Thanks to its underlying cross-chain engine, Omniston, STON.fi lets you seamlessly move assets between major EVM chains like Ethereum, BNB Chain, Base, and Polygon. Instead of jumping through multiple websites, bridges, and wallets, you can do it all inside a single interface.
Here is exactly how it works and when you should use it.
The Problem with the Old Way
If you want to move stablecoins or tokens from Ethereum over to Base or BNB Chain, the manual route is a massive headache. You usually have to look up a third-party bridge, check its safety, connect your wallet, pay a fee to cross over, and then head to a separate decentralized exchange (DEX) on the new chain to finally buy the token you actually want.
Every extra step is another chance for a transaction to get stuck, stall, or hit unexpected price changes.
The STON.fi Solution: Three Simple Stages
STON.fi compresses that entire multi-step nightmare into one quote and a single confirmation click. Under the hood, Omniston handles everything via a fast, three-stage loop:
The Quote: You pick your starting chain/token and your destination chain/token.
The Route: Omniston instantly broadcasts your request to a competitive network of professional liquidity providers (called Resolvers) to find you the best price quote.
The Settlement: The swap settles using a matching pair of Hashed Timelock Contracts (HTLCs).
The All-or-Nothing Guarantee: Because the two chains are cryptographically linked during the swap, the transaction either completes perfectly as quoted or it completely cancels itself. If something glitches out on one of the blockchains, the route safely unwinds and your funds return to your wallet in full. You will never be left stranded with a half-broken transaction to fix.
How to Run a Swap in 5 Steps
The process is completely self-custodial, meaning there is no account registration or KYC required, you maintain total ownership of your crypto the entire time.
Connect Your Wallet: Open STON.fi and link any EVM-compatible wallet like MetaMask.
Choose Source: Select the chain you are moving funds from (e.g., Ethereum) and the token you want to swap.
Choose Destination: Select where you want the funds to land (e.g., Base) and the token you want to receive.
Review & Confirm: Double-check the quoted output, transaction fees, and gas costs. Hit confirm!
Verify: Once finalized, the app gives you a direct link to a block explorer so you can verify your new tokens have safely arrived.
A Quick Word on Gas Fees
While STON.fi makes the process incredibly easy, it cannot change the laws of blockchain physics. Gas fees are set by the individual networks themselves, not by STON.fi. Starting a swap from the Ethereum mainnet will always be significantly more expensive than starting or ending a swap on lighter networks like Base, Polygon, or BNB Chain.
When Should You Use This?
Use a Native DEX if your funds are already on the chain you want to stay on. There's no need to introduce cross-chain steps if you don't actually need to switch networks.
Use STON.fi Cross-Chain when your capital genuinely needs to cross borders like when you want to dodge high Ethereum fees, escape to a fast Layer-2 network like Base, or snag a specific token that is only liquid on another chain
Check the official blog for more info at https://blog.ston.fi/evm-to-evm-swaps-without-leaving-ston-fi-a-guide-for-multi-chain-traders/

Moving crypto between different blockchains has always felt a bit like traveling between different countries, you usually have to pack your bags, head to a sketchy currency exchange, and deal with a confusing maze of bridges and extra fees.
But on June 16, that all changed.
In a major milestone for the ecosystem, STON.fi has officially gone cross-chain. You can now swap assets between TON and leading EVM networks directly inside the STON.fi app with zero bridges, zero wrapping, and absolutely no extra interfaces to juggle
Any Chain-to-Chain Combination
Whether your funds are sitting on the TON network, Ethereum, or a lightning-fast layer-2 network, STON.fi now allows you to mix and match. You can execute trades across any of these newly supported chains in any combination:
TON
Ethereum
Base
BNB Chain
Polygon
This means you can instantly swap something like USDC on Base directly for USDT on Ethereum in a single, seamless step.
What Tokens are Supported at Launch?
To ensure a smooth and stable rollout, the feature has launched with a focused list of major stablecoins:
TON: USDT
Base & Ethereum & BNB Chain: USDT and USDC
Polygon: PUSD and USDC
Good to Know: To ensure everything runs smoothly during the initial launch phase, swap volumes are temporarily limited to $1,000 per transaction.
Powered by Omniston: The "All-or-Nothing" Guarantee
This massive upgrade is made possible by Omniston, the underlying protocol orchestrating the trades behind the scenes.
For everyday traders, Omniston brings a massive safety feature to the table. When you set up a cross-chain swap on STON.fi, you are guaranteed to receive the exact amount of crypto shown in the interface. If market conditions suddenly shift or something goes wrong underneath the hood, the swap simply will not execute, and your funds are returned to your wallet in full.
No slippage surprises, no lost tokens just simple, secure, one-click multichain trading right from your favorite dApp.
For more info check the official blog https://blog.ston.fi/ston-fi-goes-cross-chain-ton-x-evm-swaps-are-live/

If you have spent any time in crypto recently, you know that the space is divided into different "blockchain islands." On one side, you have popular EVM chains like Base, BNB Chain, and Polygon, which all speak the same core Ethereum language. On the other side, you have TON (The Open Network), a fast-growing ecosystem closely tied to Telegram that operates on completely different rules.
Because TON and EVM chains don't speak the same language, moving your tokens between them has traditionally been messy, confusing, and risky.
Enter Omniston, the underlying engine powering cross-chain swaps on STON.fi. Omniston bridges the massive structural gap between TON and the EVM world without using a conventional bridge. Here is how it changes the game.
Why the TON-to-EVM Jump is Usually Messy
When connecting standard EVM chains together (like moving stablecoins from Polygon to Base), developers can easily adapt the same smart contracts. But TON uses its own distinct virtual machine.
In a traditional cross-chain setup, you are forced to use a wrapped-token bridge. This means locking your native tokens in a giant central vault on one chain to receive a wrapped synthetic version on the other side.
Not only do these central vaults attract hackers, but the return trip can be highly asymmetric. If you try to bridge back to TON, your funds might arrive as an unbacked wrapped token, forcing you to execute an extra swap on a native DEX before your crypto is actually usable again.
Aa
Enter Omniston: The Marketplace Model
Omniston completely removes the need for wrapped assets and central vaults, introducing a symmetric, native-to-native trading loop. Instead of an vulnerable vault, Omniston creates a highly competitive open marketplace:
The Request: You select your asset pair, for example, swapping native USDT on the BNB Chain for native Toncoin (or a local TON token called a jetton) on TON.
The Competition: Omniston broadcasts a Request for Quote (RFQ) to a network of independent liquidity providers called Resolvers. These Resolvers actively compete against each other to give you the absolute best market price.
The Cryptographic Lock: Once you accept a quote, Omniston coordinates the swap using a matching pair of Hashed Timelock Contracts (HTLCs).
Your source funds lock safely into an HTLC on the starting chain, while the winning Resolver locks their own native funds into a matching HTLC on the destination chain. Both contracts share a single, un-hackable cryptographic key.
The Power of "All-or-Nothing" Settlement
What makes the Omniston architecture perfect for beginners is its strict all-or-nothing guarantee.
With a regular bridge, a network stall or a drop in liquidity can leave your funds stuck in limbo or locked on a broken bridge contract. With Omniston’s paired HTLC system, a cross-chain swap is treated as a single atomic event: either both sides get their assets automatically, or the entire transaction safely unwinds. If a Resolver fails to deliver your tokens on the destination chain within a specific time window, the smart contract automatically triggers a countdown timer. Once expired, your original funds are released back into your wallet. There is absolutely no middle state where your money can vanish into a black hole.
Tailored for the Multichain Future
Whether you are seeking out the ultra-low fees of Base, the deep liquidity of BNB Chain, or the highly economical micro-transactions of Polygon, Omniston serves as the invisible connective tissue back to the TON ecosystem.
By utilizing mathematics and open competition instead of risky custodial vaults, it ensures that moving your value between completely different blockchain worlds is as simple, fast, and secure as a single

When a groundbreaking new technology hits decentralized finance (DeFi), it is easy to focus entirely on the first app that uses it. For example, when looking at Omniston, which is the revolutionary cross-chain protocol that allows users to swap crypto between different blockchains without using risky bridges, it is natural to immediately look at STON.fi.
But STON.fi is actually just the tip of the iceberg. To understand the true power of this new architecture, it helps to understand exactly where STON.fi fits into the equation, and how an entire ecosystem of developers can build on top of it.
The Blueprint: STON.fi as the Pioneer
A common point of confusion is the relationship between the tech and the platform. To put it simply: **STON.fi Dev built Omniston, and STON.fi is the very first product built on top of it.
Think of Omniston as a powerful new engine, and STON.fi as the first sports car built to showcase what that engine can do. STON.fi acts as the highly visible, user-friendly interface where traders can easily click "Swap" to execute native cross-chain transactions. Underneath that simple dashboard, however, Omniston is doing the heavy lifting coordinating independent liquidity providers (Resolvers) and cryptographic smart contracts (HTLCs) to ensure your funds stay perfectly safe.
Because STON.fi is open about its layout, it serves as a live, real-world proof of concept showing the global DeFi community that vaultless cross-chain trading isn't just a theoretical idea but it works in practice.
Open for Everyone: What Integrators Can Build
Omniston was never intended to be a closed sandbox exclusive to one platform. It is an open, permissionless execution layer. This means any developer, startup, or existing crypto project can hook into Omniston’s infrastructure via its **SDK or API** to completely skip the headache of building secure cross-chain tech from scratch.
Because Omniston sits quietly in the background underneath products, here is a look at what other integrators can build on top of it:

Multi-Chain Crypto Wallets: Mobile and desktop wallets can integrate Omniston directly into their native interface. This allows everyday users to swap assets from entirely different blockchains (like moving stablecoins between TON and EVM networks) without ever leaving the safety of their wallet app.
DeFi Aggregators: Trading platforms that hunt for the best swap rates across the internet can route their orders through Omniston. Because Omniston features a marketplace where professional Resolvers actively compete on price quotes, aggregators can tap into deep, highly competitive liquidity on demand.
Non-Custodial Exchanges (DEXs):
Other decentralized exchanges can leverage the protocol to instantly offer cross-chain features to their users. They get to offer "all-or-nothing" security guarantees (where a user either gets their exact quoted tokens or a full refund) without needing to hold massive, dangerous vaults of user capital.
Building a Stronger, Fragmented Web3
Right now, the blockchain world is highly fragmented; assets on the TON network are structurally isolated from assets on EVM networks.
By creating an open infrastructure protocol, STON.fi Dev isn't just building a standalone trading platform. They are handing a toolkit to the entire Web3 community. As more wallets, dApps, and exchanges integrate Omniston into their backends, the entire ecosystem inches closer to a future where blockchains talk to each other seamlessly, all while keeping user custody firmly in
the hands of the users.
Check the official blog at https://blog.ston.fi/omniston-explained-how-cross-chain-swaps-on-ton-work-without-a-bridge/
Or
Ston.fi

Moving crypto from one blockchain to another has historically been one of the riskiest activities in decentralized finance (DeFi). Most conventional cross-chain solutions rely on a familiar recipe: you lock your crypto in a massive central vault on Chain A, and the bridge mints a fake "wrapped" version of that token for you on Chain B.
The problem? Those central vaults become multi-million-dollar honeypots that constantly attract hackers.
Omniston, a cross-chain execution layer developed by STON.fi Dev, completely flips this script. It doesn't use a vault, it doesn't mint wrapped tokens, and it never forces you to give up custody of your assets. Instead, it replaces the "honeypot" with a marketplace driven by a powerful dynamic duo: Resolvers and HTLCs.
The New Architecture: Resolvers + HTLCs
To understand how Omniston eliminates bridge risk, you only need to understand two concepts:
1. The Resolver (The Market Maker)
Instead of a giant, passive pool of funds, Omniston uses a competitive network of independent, professional liquidity providers called Resolvers. When you request a cross-chain swap, Omniston broadcasts your request. Resolvers compete to give you the best price quote using their own funds on the destination chain.
2. The HTLC Pair (The Spine of the Swap)
Once you accept a quote, the transaction is locked down by a pair of Hashed Timelock Contracts (HTLCs), one on your starting chain and one on your destination chain. These contracts are cryptographically linked together by a single secret passcode.
What Actually Changes in Practice?
By pairing competing Resolvers with smart-contract HTLCs, Omniston radically changes how cross-chain swaps feel and function in three ways:
True "All-or-Nothing" Safety: Traditional bridges can leave you stranded if one side of the bridge stalls, leaving you with lost funds or unbacked wrapped tokens. With Omniston’s HTLC pair, either both sides get their tokens, or nobody does. If a resolver fails or a blockchain freezes, the smart contract automatically refunds your original crypto as soon as the timer expires. There is zero path where you lose your money.
Native-to-Native Swaps: You start with native tokens on one chain (like TON) and end up with native tokens on another chain (like an EVM chain). You never have to hold vulnerable "wrapped" assets that rely on a bridge remaining solvent.
No Central Point of Failure: Because Resolvers bring their own capital to the table on demand, there is no massive, centralized pool of billions of dollars sitting around waiting to get exploited. The risk is decentralized across the entire network.
Summary
Conventional bridges act like traditional third-party couriers. You hand over your money and hope it makes it to the other side safely. Omniston operates like a secure, automated digital escrow. By replacing risky custody vaults with a fast marketplace of Resolvers and the mathematical certainty of HTLCs, it ensures cross-chain swapping is finally safe, direct, and completely under your control.
Check the official blog at https://blog.ston.fi/omniston-explained-how-cross-chain-swaps-on-ton-work-without-a-bridge/

Every time you make a trade on a decentralized exchange like STON.fi, the magic happens instantly behind the scenes. You click "Swap," and your tokens change form. But during that process, a tiny fraction of the trade is collected as a protocol fee.
While traditional financial institutions hide their fees in corporate earnings, STON.fi handles its fees entirely on public smart contracts. Based on official data from the STON.fi ledger, here is a step-by-step look at exactly how those fees work in practice.
Step 1: Automatic Collection at the Swap
The process begins the exact second a user executes a swap on the STON.fi platform. The smart contract automatically deducts a small protocol fee from the trade. Initially, these fees are gathered in standard ecosystem tokens like TON and USDT, though the system is designed to support other tokens as infrastructure expands.
Step 2: Routing to Dedicated Wallets
Instead of going into a single, unorganized pool, the collected fees are immediately routed on-chain to two highly specific destination addresses:
The STON Conversion Wallet: Dedicated entirely to accumulation for STON token conversions.
The GEMSTON Conversion Wallet: Dedicated entirely to accumulation for GEMSTON token conversions.
These wallets act as temporary on-chain staging areas, holding the accumulated TON and USDT fees in plain public view.
Step 3: Triggering the Open Market Buyback
Fees do not just sit in these staging wallets forever. The smart contracts are programmed with a specific rule: when a certain fee threshold is reached, an automated market buy is triggered.
Without any human intervention, the wallets automatically execute swaps right back on STON.fi. They use the accumulated fee tokens (like USDT) to purchase STON and GEMSTON at the prevailing market price. For example, recent ledger transactions show regular automated market buys ranging from roughly $68 to $255 USDT per swap.
Step 4: Securing the Community Treasury
Once the open-market swaps are complete, the newly acquired STON and GEMSTON tokens are instantly forwarded to a separate, secure on-chain treasury address.
According to a community mandate passed by the STON.fi DAO, up to 50% of all collected protocol fees are dedicated to this treasury buyback loop. The other 50% is reserved to fund ongoing development, platform operations, and core infrastructure.
Why This Matter: The Practical Benefits
By letting smart contracts handle protocol fees instead of central managers, the ecosystem gains three major practical advantages:
Continuous Buy Pressure: The protocol is constantly acting as a natural buyer of its own ecosystem tokens (STON and GEMSTON) directly from the open market.
Predictable Automation: Because the Ston Foundation doesn't control the smart contracts or time the market based on token prices, the buybacks happen naturally and predictably based purely on trading volume.
Immutable Trust: Every single fee converted is visible on the public blockchain. To date, this practical loop has successfully processed over 3,100 conversions, resulting in $337,000+ worth of value funneled back into the project's ecosystem.
Ultimately, every swap made on the platform plays a direct role in funding operations and building a community-controlled treasury all entirely handled by code.
For more info, check the blog 👇
https://transparency.ston.foundation/
STON.fi

If you have ever swapped crypto on a decentralized exchange (DEX), you know that a tiny fraction of your trade usually goes toward a "protocol fee." But have you ever wondered where that money actually goes?
On STON.fi, the answer is completely public, automated, and decided by the community. Thanks to a decentralized governance vote and a live on-chain ledger, STON.fi is setting a new standard for transparency in Web3.
Decided by the Community: The DAO Mandate
In January 2026, the STON.fi community took decentralized governance into their own hands. Through the STON.fi DAO (Decentralized Autonomous Organization), community members voted on and approved a major proposal.
The mandate directs that up to 50% of collected protocol fees (initially collected in TON and USDT) be automatically used to buy STON and GEMSTON tokens back from the open market. The remaining 50% goes toward funding the platform's ongoing development, operations, and infrastructure.
Instead of these decisions happening behind closed doors, the community literally wrote the rules for how the protocol's revenue is spent.
Step-by-Step: How a Fee Becomes Treasury Power
The conversion process is entirely automated and runs on-chain via smart contracts. Here is how it works:
The Swap: A user makes a trade on STON.fi, and a small protocol fee is automatically collected.
The Accumulation: These fees accumulate in two separate, secure on-chain wallets, one for STON and one for GEMSTON.
The Market Buy: Once a certain fee threshold is reached, the wallets execute an automated swap on the open market, buying STON and GEMSTON at the current market price.
The Treasury: The newly acquired tokens are forwarded directly to a separate STON.fi DAO treasury wallet.
To date, this system has successfully converted over $337,000 across more than 3,100 individual swaps, accumulating hundreds of thousands of STON and millions of GEMSTON for the community's future.
Radical Transparency: The Live Ledger
To ensure the community can trust this process, the Ston Foundation maintains a live protocol fee conversion ledger that refreshes every 20 seconds.
Anyone in the world can see exactly when a fee was converted, how much USDT was used, how many tokens were bought, and the exact transaction hash on the blockchain.
A Note on the Foundation's Role:
To keep the platform truly decentralized, the Ston Foundation does not own or control STON.fi’s smart contracts. They do not engage in market-making, price support, or manipulate the timing of buys based on market prices. Their job is simply to provide public transparency, acting as a window into the blockchain so users can see governance in action.
What Happens Next?
Because these tokens are sitting in a secure DAO treasury wallet, the community has total control over what happens next. Any future use, allocation, or transfer of these acquired treasury tokens must go through another DAO community vote.
By combining community-led governance with automated, visible smart contracts, STON.fi ensures that the platform's success directly strengthens its ecosystem fully in the open for anyone to see.
For more info check the official blog
https://transparency.ston.foundation/
Or
STON.fi

Moving assets between blockchains has always come with one big question:
Who controls the funds during the transfer?
Many traditional bridges lock users’ assets in large reserve contracts and issue wrapped versions on another chain. While this helps assets move across networks, it also introduces trust. Users depend on the safety of the reserve system, validators, or bridge operators behind the scenes.
This is where Omniston takes a different approach.
Omniston, the cross-chain execution layer built by "ston.fi" (https://reference-url-citation.invalid/0), is designed around non-custodial cross-chain swaps. In simple terms, that means users do not hand over control of their funds to a centralized platform during the swap process.
Instead of relying on pooled reserves and wrapped assets, Omniston uses HTLC-based settlement. HTLC stands for Hashed Timelock Contract, but the beginner-friendly idea is simple:
Either both sides of the swap complete together, or the funds automatically return to their original owners.
This creates an “all-or-nothing” system.
For example, if someone wants to swap assets from Ethereum to TON:
- the source asset locks on one chain,
- the destination asset locks on the other,
- and both are connected by the same cryptographic condition.
If the condition is completed in time, both parties receive their assets. If something fails, the swap cancels and funds refund automatically.
Omniston also introduces resolvers — professional liquidity providers that compete to fulfill swap requests. Instead of users searching for counterparties themselves, resolvers provide quotes and execute the trade flow.
This matters because it makes atomic swap technology practical for everyday users while still preserving self-custody principles.
In simple terms, Omniston’s role is to:
- coordinate cross-chain execution,
- connect users with liquidity providers,
- avoid custodial bridge pools,
- reduce dependence on wrapped assets,
- and ensure swaps either complete fully or refund automatically.
For beginners, the biggest takeaway is this:
Omniston helps make cross-chain swaps feel simpler while reducing the need to trust centralized intermediaries with your funds.
For more info, check the official blog at:
https://blog.ston.fi/non-custodial-cross-chain-swaps-what-they-mean-and-how-to-spot-the-gaps/
STON.fi
https://twitter.com/ston_fi
https://guide.ston.fi/ru/

You open your wallet, ready to swap tokens.
You already have USDT sitting there. The market is moving. You click “swap”…
…and suddenly you see:
“Insufficient gas.”
For many beginners, this is one of the most confusing parts of DeFi.
“How can I have tokens but still not be able to use them?”
The answer comes down to gas fees — and a newer system called gasless execution is trying to solve that problem.
First, what is “gas” in crypto?
Every blockchain charges a transaction fee for processing actions on the network.
That fee is called gas.
Different chains use different coins for gas:
Ethereum uses ETH
TON uses Toncoin
BNB Chain uses BNB
So even if you already hold another token like USDT, you still need the network’s native coin to actually move or swap it.
That’s why someone can have $500 worth of tokens in a wallet and still be unable to make a transaction.
Why this becomes frustrating in DeFi
This issue gets worse in cross-chain environments.
Imagine this:
you have USDT on Ethereum,
but you don’t have enough ETH left for gas,
and you want to move into another ecosystem like TON.
In a normal DeFi flow, the swap simply fails before it even starts.
You now have to:
buy or transfer ETH,
wait for confirmation,
and only then continue the swap.
For beginners, this can feel unnecessarily complicated.
What gasless swaps change
New execution systems are starting to remove that friction.
One example is the new execution model introduced by ston.fi.
Instead of forcing users to submit every transaction themselves, the system allows users to simply sign an authorization message inside their wallet.
A resolver then:
submits the actual blockchain transaction,
pays the gas fee,
and completes the execution on-chain.
In simple terms:
The user signs intent.
The resolver handles execution.
That’s what people mean when they say “gasless UX.”
So how does it actually work?
Here’s the simplified version:
Step 1 — You approve the action
Inside your wallet, you sign a message authorizing the swap.
This signature proves you approved the transaction.
Step 2 — The resolver takes over
A resolver — essentially a network participant handling execution — receives the signed order.
Step 3 — The resolver pays gas
Instead of you paying ETH or another native gas coin, the resolver submits the transaction and covers the network fee.
Step 4 — Smart contracts verify everything
The blockchain contract checks your signature to confirm the action was genuinely authorized by you.
Step 5 — The swap completes
Once verified, the assets move according to the signed instructions.
A real-world example
Let’s say:
you hold USDT on Ethereum,
but your ETH balance is nearly zero.
Normally, you wouldn’t be able to swap or bridge those funds.
With a gasless execution model:
you sign the swap request,
the resolver handles the gas payment,
and the transaction proceeds without you manually funding ETH first.
The process feels much closer to using a regular app instead of managing blockchain mechanics yourself.
Why this matters
Gasless execution may sound like a small improvement, but it solves one of the biggest usability problems in DeFi.
For users, it means:
fewer failed transactions,
less confusion,
smoother onboarding,
and easier cross-chain interactions.
For builders, it creates cleaner user experiences where people focus on what they want to do instead of worrying about gas balances on multiple chains.
One important detail
At the moment, Omniston’s gasless scenarios work when the source chain is EVM-based, such as Ethereum-compatible networks.
TON-originated flows still require gas for now.
That limitation comes from how different blockchain systems handle transaction mechanics underneath.
Final thoughts
For years, interacting with DeFi has required users to constantly manage gas coins across different networks.
Gasless execution changes that experience.
Instead of forcing users to think about transaction mechanics every step of the way, newer execution layers aim to handle that complexity in the background.
The result is simple: DeFi starts feeling less like infrastructure management — and more like using an actual product.
For more info check the official blog https://blog.ston.fi/omnistons-new-execution-model-gasless-scenarios/
or the official channels 👇
STON.fi DEX: https://ston.fi/
Discord: https://discord.gg/bdmaGV6qUw
Twitter: https://twitter.com/ston_fi
Guides: https://guide.ston.fi/ru/
ENG Telegram: https://t.me/stonfidex

​If you have ever tried to move your crypto from one blockchain to another—say, trading a token on the The Open Network (TON) to get a stablecoin on Coinbase’s Base network—you already know how frustrating it is.
​You usually have to jump through multiple hoops: using a bridge, waiting for confirmations, paying multiple gas fees, and praying your funds don’t get stuck in limbo. It feels less like the future of finance and more like a complicated puzzle.
​But the team behind STON.fi is fixing this. With their latest release, Omniston v1beta8, they are turning an invisible, heavy-duty piece of tech into a unified bridge that makes moving crypto across different blockchains as easy as a single click.
​Let’s break down exactly what this means, why it’s a massive deal, and how it works—completely free of confusing developer jargon.
​From "Local Route Finder" to "Global Highway"
​To understand why this update is special, we need to look at what Omniston used to do versus what it does now.
​Up until recently, Omniston acted like a hyper-efficient, local traffic app for just one city (the TON blockchain). If you wanted to swap Token A for Token B inside TON, Omniston would scan all the local decentralized exchanges (DEXs), find the absolute best price, and execute the trade for you. This is called intrachain swap aggregation.
​With the new update, Omniston is expanding into an interstate highway system. It is evolving into a cross-chain execution layer.
​Instead of just finding good prices inside TON, it can now coordinate, track, and secure trades across completely different blockchains. To start, they are launching with stablecoin flows between TON ↔ Base (like swapping native TON tokens for USDC on Base).
​How It Works: The Smart System Behind the Scenes
​When you trade across chains on the new Omniston, a highly competitive, transparent pipeline triggers behind the curtain. It follows a simple, 4-step journey:
​The Request (RFQ): You tell the system what you want to swap (e.g., "I want to swap TON for USDC on Base").
​The Bidding War: Independent network participants, called Resolvers, compete against each other to give you the absolute best exchange rate and fastest route.
​The Selection: Omniston automatically picks the winning bid that gives you the most bang for your buck.
​The Settlement: The trade executes, and the protocol streams real-time updates straight to your screen until the funds safely land in your wallet.
​The Secret Sauce: Two Ways to Settle
​Omniston handles trades using two distinct models depending on where your tokens are going:
​Swap Settlement (The Local Route): Used for instant trades happening on the same chain (e.g., TON to STON). It finds the best local path and swaps it immediately.
​Order Settlement (The Cross-Chain Bridge): This is the game-changer. Instead of forcing an immediate trade through messy paths, it creates an executable "order." Resolvers fulfill this order across chains. This unlocks advanced features like partial fills (filling a massive order in pieces to get a better price) and gasless transactions (where you don't need native tokens to pay for network fees).
​Why This Matters (And Who Benefits)
​Omniston v1beta8 isn't just a minor technical upgrade—it’s a foundation shifting the landscape for three main groups:
​👤 For Everyday Users
​You no longer have to deal with fragmented, slow, and operationally messy cross-chain tools. The underlying tech is completely hidden, giving you a clean user experience where your assets just move safely and cheaply from Chain A to Chain B.
​🛠️ For App Developers (Builders)
​Building a crypto app is hard enough without having to write code to connect five different blockchains. Omniston provides the infrastructure right out of the box. Builders can simply embed the Omniston tool into their apps and focus on creating a beautiful user interface, leaving the heavy liquidity routing to the protocol.
​💎 For the TON Ecosystem
​Cross-chain liquidity is the ultimate growth catalyst for TON. By making it easy for outside capital (like Base users) to interact with TON, it opens the floodgates for more liquidity, deeper trading volume, and stronger utility for TON-based projects.
​The Future is Seamless
​This new version of Omniston isn't even its final form; it's just the first visible layer of a unified future for decentralized finance.
​The ultimate goal of the project remains perfectly clear: make DeFi feel incredibly simple and human on the surface, while building an incredibly powerful engine underneath.
​🧪 Are you a developer or partner? The public Omniston sandbox environment is officially live! You can already plug into the new API, run real test quotes, and experiment with cross-chain execution logic right now.
For more info, check the official blog https://blog.ston.fi/new-omniston-version-from-swap-aggregation-to-a-cross-chain-execution-layer/
STON.fi DEX: https://ston.fi/
Discord: https://discord.gg/bdmaGV6qUw
Twitter: https://twitter.com/ston_fi
Guides: https://guide.ston.fi/ru/
ENG Telegram: https://t.me/stonfidex