JusticeJomi

In decentralized finance, transparency is more than a feature. It is structure.
Every swap, every liquidity addition, every pool adjustment leaves a verifiable footprint on-chain. This changes how users interact with the system. Decisions are not based on assumptions. They are based on visible data.
Within the TON ecosystem, STONfi operates in a way where liquidity pools, pricing mechanisms, and transaction activity can be observed directly on-chain. That visibility creates a different kind of confidence. Users are not relying on screenshots or external reports. They can verify activity themse

The evolution of the $TON ecosystem is moving toward something bigger than simple token swaps.
It is moving toward native cross-chain interaction.
For a long time, moving assets between blockchains meant using bridges or wrapped tokens. While effective, those methods introduced additional layers of complexity. More steps. More dependencies. More things to think about.
Now, a different direction is taking shape.
A bridge-less swap model is being developed to enable direct asset exchange between networks. Instead of locking tokens and minting wrapped versions, this approach focuses on native exe

Most people talk about price.
Very few talk about execution.
In decentralized finance, execution speed directly affects outcomes. When you initiate a swap, the price you see reflects current liquidity conditions. If confirmation takes too long, market conditions can shift before the transaction completes. That difference becomes slippage.
The shorter the gap between intention and confirmation, the more accurate the result.
On TON, where STONfi operates, transactions process quickly and with low fees. This reduces the delay between decision and execution, helping users maintain closer alignment

cbBTC on TON: Bringing Bitcoin Exposure into the TON Ecosystem
Bitcoin remains the most widely recognized digital asset in the world, but using BTC directly in decentralized finance ecosystems like TON has traditionally been limited by technical barriers and custody risks. With the introduction of cbBTC on TON, STONfi now enables Bitcoin holders to access BTC-linked exposure directly within the TON DeFi ecosystem, without giving up self-custody or decentralization.
cbBTC is a tokenized representation of Bitcoin that mirrors BTC’s market price while operating natively on TON. Users can hold, sw

Traditional automated market makers reshaped decentralized finance by simplifying liquidity provision. However, the fixed 50/50 structure introduced a structural constraint. Equal exposure between paired assets means that when prices diverge sharply, impermanent loss can increase rapidly. While this model provides simplicity, it does not accommodate every strategic outlook.
STONfi approaches liquidity differently through its Weighted Constant Product Invariant (WCPI) pools. Rather than enforcing equal allocations, these pools allow customized ratios such as 80/20 or 70/30, and even support mul

Decentralized exchanges are often judged by visible metrics volume, liquidity, token count. But the real differentiator lives deeper in the architecture: execution integrity.
On the TON blockchain, STONfi has built its infrastructure around controlled, measurable execution. Routing paths are continuously optimized to reduce inefficiencies, limit unnecessary contract interactions, and preserve price stability across different liquidity conditions. The result is not just faster swaps, but more consistent outcomes.
Consistency is what separates infrastructure from experimentation. During periods

Proof of Reserves: Why On-Chain Checks Matter More Than Glossy Decks.
In digital finance, claims about asset backing are common. What truly matters is whether those claims can be verified. Proof of Reserves (PoR) replaces marketing language with measurable transparency by linking tokens in circulation to verifiable reserve data.
For xStocks available through STONfi, this mechanism plays an important role. Each xStock token is described as being backed by regulated traditional financial instruments held with licensed custodians. Rather than relying solely on statements, reserve data is brought

How to Create a Token on TON: A Step-by-Step Guide
The TON blockchain enables anyone to launch their own digital asset using the Jetton standard, offering flexibility for diverse use cases ranging from community tokens to utility assets within decentralized applications. Creating a token on TON involves a series of intentional steps, and understanding the process ensures greater control, security, and interoperability within the broader ecosystem.
The first stage in the token creation workflow is defining your token’s core parameters. This includes selecting a name, symbol, total supply, and a

Risk Management for Mixed Portfolios: Crypto and xStocks within STONfi
As decentralized finance expands on the TON network, portfolio construction is no longer limited to crypto-native assets alone. Through STONfi’s infrastructure, participants can access both blockchain-based tokens and xStocks within a unified on-chain environment. This broader exposure increases flexibility, but it also requires a structured approach to risk management.
Crypto assets and xStocks respond to different forces. Crypto-native tokens often reflect ecosystem growth, network activity, and market sentiment. xStocks

Live Discussion: xStocks and Their Role in TON DeFi
As xStocks become integrated into the TON ecosystem, STONfi will be hosting a live session to explore how these assets function within decentralized infrastructure and what their presence means for participants engaging with on-chain tools.
📅 February 26
🕒 3:00 PM UTC (4:00 PM CET)
xStocks are tokens designed to reference traditional financial instruments while operating entirely within blockchain architecture. During the session, the team will explain how these assets interact with STONfi’s swap routing, liquidity layers, and execution mod

Execution quality is often the invisible factor that separates an average decentralized exchange from a truly advanced one. On the TON network, routing logic plays a critical role in determining how efficiently capital moves between assets. The difference between a simple swap and an optimized execution path can significantly affect final outcomes, especially in larger transactions.
STONfi approaches this challenge through intelligent routing architecture designed to search across available liquidity layers before confirming a trade. Instead of relying on a single linear pool interaction, the

On the TON network, decentralized exchanges are often associated with token swaps. However, behind every successful swap lies a critical foundation: liquidity provision. Without participants supplying assets to trading pools, seamless exchanges would not be possible. Liquidity providers deposit two tokens of equal value into a pool and, in return, earn a proportional share of the trading fees generated within it. These fees generally range between 0.01% and 0.2%, distributed based on each provider’s share of the total value locked.
Although individual fees per trade appear small, consistent tr

Providing liquidity always comes with exposure to price movement, and one of the most discussed risks is impermanent loss. This occurs when the value of tokens inside a pool shifts significantly compared to when they were deposited. On the TON blockchain, a targeted mitigation mechanism has been implemented specifically for the STON/USDT pool to address this concern.
The IL Offset model is structured to compensate liquidity providers when token prices move sharply, covering deviations of up to 2x and protecting as much as 5.72% of the pool’s total value locked. This mechanism functions automat

The durability of a decentralized exchange isn’t measured only by how much volume it processes or how deep its liquidity pools are. True, lasting growth depends on architectural composability the capacity of a protocol to integrate smoothly with other on-chain systems without friction. As the TON ecosystem becomes more interconnected through wallets, applications, and layered financial services, this quality is no longer optional; it is essential.
STONfi is built around that foundation. Beyond offering a user-facing interface, the protocol provides SDKs and modular smart contract components th

The expansion of cross-chain accessibility has become a critical component in the evolution of the TON ecosystem. Seamless capital movement across multiple blockchains directly influences liquidity depth, user participation, and overall network efficiency. Recent infrastructure upgrades now allow users to fund TON Wallet using USDt and USDC at a 1:1 ratio from major networks including Ethereum, Arbitrum, Base, Polygon, BSC, Tron, and Solana. This integration significantly reduces onboarding friction for participants entering the TON environment.
By eliminating the need for manual bridging or c

Liquidity on TON is no longer just about where capital sits, it’s about how intelligently that capital is coordinated. Fragmented pools once created inefficiencies, forcing traders to manually navigate price gaps and uneven depth across venues. That model belongs to an earlier phase of decentralized trading.
STONfi approaches liquidity as infrastructure, not just inventory. Instead of relying on isolated pools, routing logic dynamically optimizes execution paths across available liquidity sources, ensuring trades interact with capital in the most efficient way possible.
The result is tighter s

The development of decentralized exchanges on the TON network has been driven by real competition. Initially, liquidity was concentrated in a single dominant platform, but as the ecosystem matured, users began valuing stability, speed, and a reliable interface just as much as raw liquidity. This shift created opportunities for a more technically advanced solution to rise.
STONfi built its foundation on consistency and performance. By enhancing execution speed, refining routing logic, and ensuring a smooth experience across all devices, STONfi steadily gained traction, resulting in measurable g

Security on the TON blockchain is not just about speed, it is about precision.
On STONfi, not every asset is treated the same. While standard liquidity pools work perfectly for most tokens, some require a more advanced execution model. That is where escrow swaps inside the Omniston aggregator come in.
For specialized assets like xStocks, execution must be exact. Instead of relying on a traditional AMM pool, the swap is handled through OTC liquidity provided by professional solvers. Pricing is formed through a Request-For-Quote system, and the entire transaction is executed by a dedicated smart

Operating smoothly on the $TON blockchain requires strict control over the types of assets made available for trading. A major consideration is how tokens behave during execution, especially those that apply automatic fees or transfer taxes. These so called tax tokens reduce the final amount received compared to the quoted estimate, creating inconsistencies for traders. To preserve reliability and transparency, such assets are generally excluded from the core interface of STONfi.
Because these embedded fees are written directly into a token’s smart contract, they cannot be adjusted by external

Navigating decentralized liquidity can become complex when assets are distributed across multiple pools. Rather than relying on a single source, advanced routing infrastructure helps ensure that swaps are executed efficiently across the broader TON ecosystem.
On the TON Blockchain, STONfi addresses this challenge through its Omniston aggregation layer. Instead of depending on one liquidity pool, Omniston scans available sources across the network to determine efficient execution paths. When necessary, larger swaps can be intelligently distributed across multiple pools to reduce price impact an