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Liquidity fragmentation has always been the main enemy of any fast growing blockchain. When capital is spread across dozens of isolated venues and scattered pools traders pay increased slippage and the market loses efficiency. It was the solution to this fundamental problem that turned STONfi from a regular decentralized exchange into the base liquidity router for the entire TON ecosystem. STONfi stopped competing for every single pool and bet on creating a unified navigation layer for orders.

When a user initiates a swap through STONfi the smart STONfi router does not limit itself to searchi

Holding the base token on a wallet in the network is missed opportunity, and everyone who works with the network seriously understands this. Liquid staking protocols have become the mass standard, where a user delegates their assets to validators and receives derivative tokens in return, the value of which constantly grows relative to the base coin due to network rewards. Basic three or five percent annually seem like a reliable anchor, but here a fundamental problem arises: income is accrued in the same asset that remains volatile. If the market goes down, five percent in coins turns into min

The main pain of any newcomer in crypto is the paradox of a frozen balance. A person may have a hundred stablecoins in their wallet, but they are physically unable to make a single transaction because there is no fraction of the native token on the account to pay the network fee. In classic blockchains this means a dead end: to move funds from a standstill, the user needs to go to a centralized venue, acquire the native token, go through the withdrawal procedure and wait for network confirmations. The gas abstraction mechanism built into modern ecosystem wallets solves this problem and complet

Massive giveaways from telegram tap games like Notcoin, DOGS or Hamster Kombat create extreme load on the network. At the moment of token generation tens of millions of people simultaneously receive assets on their non custodial wallets. Everyone has one motivation: lock in profit and convert received tokens into stable assets or the native network token.

Centralized venues become a bottleneck in such moments. To swap a token a person needs to pass verification, generate a deposit address, transfer funds and wait for confirmations. For a user with an airdrop worth ten or twenty dollars this p

For a network participant interaction with STONfi looks differently depending on the chosen entry point. The blockchain architecture is built so that the core of STONfi is a set of smart contracts while the visual shell can be embedded anywhere. This creates two fundamentally different scenarios for working with STONfi.

The first scenario for working with STONfi is realized through the official non custodial TON Space wallet. The STONfi interface is adapted to the mini app format and the user does not need to search for links or scan codes. The STONfi window opens directly in the chat and tra

For a network participant interaction with STONfi looks differently depending on the chosen entry point. The blockchain architecture is built so that the core of STONfi is a set of smart contracts while the visual shell can be embedded anywhere. This creates two fundamentally different scenarios for working with STONfi.

The first scenario for working with STONfi is realized through the official non custodial TON Space wallet. The STONfi interface is adapted to the mini app format and the user does not need to search for links or scan codes. The STONfi window opens directly in the chat and tra

A black swan in crypto is a market crash of 30 or 50 percent within hours, panic, and cascading liquidations. During such moments CEX platforms break: matching engines cannot handle the load, exchanges enter maintenance mode and freeze withdrawals, locking user capital inside a falling market.

The STONfi architecture works differently. STONfi smart contracts have no servers that traffic can crash and no pause button. The STONfi code runs around the clock and emotionlessly. Automated market maker mathematics instantly recalculates the price by the new reserve ratio and executes the trade. TON

Launching a token used to resemble improvisation where the team collected funds to a random wallet and hoped for participant honesty. The emergence of bots with bonding curves flipped this scheme, and STONfi became the final stage where a token transforms from a closed game into a full-fledged asset. The mechanics are built on mathematics: each participant acquires the coin along an ascending curve where the price moves strictly by formula. When the volume reaches a capitalization threshold, the bot contract locks the capital and automatically transfers it along with the tokens, creating a liq

When you press the create pool button on STONfi the router does not just record a new pair in a database. It deploys a new smart contract. This is a separate contract of the chosen pool type and you set its parameters yourself. The pricing curve type whether it is constant product, stableswap or weighted versions, and fees at the pool level in the range from 0.01% to 1%. This way you simultaneously become the architect of the pair: you decide what mathematics the asset will trade by and how much every trade on STONfi will cost.

But the deployed contract by itself is an empty shell. The key st

The moment a new token gets listed is the most vulnerable point in its lifecycle. As soon as the first liquidity appears in the pool, sniper bots scoop up the coin in the very first seconds and immediately dump it onto real buyers. As a result, a regular user enters the asset at an already inflated price and becomes exit liquidity for bots. The LBP mechanism was created specifically as a defense against this problem. It grew out of weighted pools and became the gold standard for fair launches in decentralized finance. The essence is that trading starts with distorted proportions, for example 9

A swap on STONfi is not just an exchange button. When you choose a pair that has its own storage the trade goes directly. But there are thousands of tokens in the network and most of them do not have direct pairs with each other. Then STONfi builds a chain. For example your rare altcoin is first swapped for the base TON and then TON is swapped for the needed stablecoin. For the user this looks like one operation with one confirmation but under the hood STONfi calculates the optimal path and routes capital through several storages choosing where the rate is better and losses are lower.

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Liquid staking tokens are a way not to freeze capital in network staking. Protocols accept TON in staking and issue derivative tokens in return whose rate to TON constantly grows due to validator rewards. STONfi integrates these assets directly into the trading environment. They can be swapped like ordinary tokens and most importantly they can provide liquidity for them in pairs with TON.

Here a multi-layer yield arises. The derivative token side of the position continues earning network staking. The token in the pair itself appreciates relative to TON. The pair itself generates fees from eve

TON Space is the native network wallet where keys are stored directly on the user device. STONfi is built into it as a native DeFi layer. This means swapping stops being a separate trip to a third-party site. The swap function lives right inside the wallet interface. The user simply selects tokens and the amount and the trade is executed by the STONfi computational core without leaving the familiar environment.

The main feature of this integration is security and the absence of unnecessary steps. There are no browser extensions that can be spoofed. There are no third-party interfaces where ad

The era of isolated trading venues is over. Previously, a trader was locked within a single exchange and could only rely on local pool depth. Now, the computational core of STONfi completely changes the rules of the game, acting as the unified circulatory system for the entire network. At the moment of a swap request, the algorithm does not just search for the best rate; it mathematically binds scattered liquidity sources into one monolithic circuit. External reserves of other projects cease to exist as isolated entities and turn into subordinate routing nodes through which capital moves towar

Anyone can create a new token today in just a few minutes. And along with real projects a huge amount of outright trash and traps enters the network. The most common scenario is the so called honeypot where the smart contract allows entering a coin but at the code level forbids exiting it. The user sees the price rising tries to lock in profit but the transaction simply gets rejected and funds remain locked forever. Digging into the code and checking every contract manually is a job for programmers not for regular users.

The STONfi mechanism takes this routine upon itself. Before you confirm

In decentralized networks, asset security is ensured not only by cryptography but also by the macroeconomic depth of the market. Small liquidity storages are vulnerable to price manipulation. An attacker just needs to make a large swap to artificially shift the rate and provoke cascading liquidations in lending protocols or devalue an asset. However, deep pools transform this vulnerability into a reliable protection mechanism. When the volume of locked capital reaches colossal values, any attempt to distort the price requires disproportionately huge costs, which makes the attack mathematically

A visual interface is an ideal tool for precise solutions but it physically cannot satisfy the demands of large capital and systemic strategies. When it comes to complex mathematical models arbitrage between different networks or managing heavy portfolios any delay from manual trade confirmation becomes critical and leads to direct losses. The STONfi architecture solves this problem by providing an open API as a direct software highway to the computational core of the aggregator. This is not just a technical feature for a narrow circle of specialists but a fundamental step toward turning STONf

Classic staking in decentralized finance has always been a harsh compromise. The user earns a deserved reward for securing the network, however their capital is locked dead in a smart contract, losing all maneuverability. If the market suddenly reverses or a unique opportunity to enter a new asset appears, the staked funds remain inaccessible, and the withdrawal procedure takes too much precious time.

The STONfi architecture completely rethought this problem by integrating liquid staking mechanisms right into the heart of its interface. Instead of simply freezing the base network coin, users

In decentralized finance liquidity is naturally fragmented. Every protocol holds capital in its own pools. But the computational core of STONfi operates differently. The team integrated the fresh smart contracts of DeDust CPMM v2 and Tonco v2. These are not just new pools but rewritten routing models with concentrated liquidity and minimal slippage.

The Omniston aggregator makes no distinction between native reserves and competitor contracts. At the moment of the request the engine scans all updated sources in real time and mathematically stitches them into a single matrix. Capital can flow t

Switching to a browser for token swaps has long become an unnecessary and risky ritual. The classic scenario forces users to copy links, open third party tabs, and manually enter contract addresses, which drastically increases the chance of hitting a phishing site or making a typo. STONfi radically changes this experience thanks to native integration right into the wallet ecosystem. You no longer need to leave your familiar app or switch between interfaces. All the computational power of the STONfi aggregator is built into your wallet swap window, creating a seamless and secure financial loop.