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A Beginner Guide to Reading TON DeFi Data
TON DeFi dashboards can look complicated at first because they often display several metrics at the same time. Learning what the main figures represent makes the information much easier to understand.
Start with liquidity. This shows the amount of assets available within a pool or protocol and can help users understand the scale of available trading resources. Trading volume shows how much trading activity occurred during a particular period, while transaction counts indicate how frequently blockchain interactions are taking place.
Wallet activity prov

AMM Explained Simply The Engine Behind Many DeFi Swaps
An Automated Market Maker, commonly called an AMM, is a mechanism used by many decentralized exchanges to facilitate token swaps without relying on a traditional order book.
Instead of waiting for a buyer and seller to match directly, an AMM uses liquidity pools containing assets supplied by liquidity providers. Traders interact with these pools when exchanging tokens.
STONfi uses AMM-based liquidity infrastructure within the TON ecosystem. When a user swaps one token for another, the transaction changes the quantities of assets held in th

Beyond the Hype A Practical Framework for Understanding TON DeFi
TON DeFi has developed into an ecosystem with different protocols, liquidity pools, trading venues, wallets, and supporting infrastructure. Understanding this environment requires looking beyond individual token prices or attention-grabbing headlines.
A useful starting point is liquidity. Users can examine where liquidity is available, how deep particular pools are, and how that liquidity may affect swap execution. Trading volume provides another perspective by showing the level of market activity during a specific period.
For pl

Building a Better DeFi Research Habit From Headlines to On-Chain Evidence
DeFi moves quickly, and headlines can make new developments appear more significant than they actually are. A better research habit begins by treating headlines as starting points rather than complete sources of information.
Suppose a headline claims that liquidity, trading volume, or user activity has increased. Instead of immediately accepting the claim, users can investigate the underlying data. Check the timeframe, identify the source, and compare the current figure with historical information.
For STONfi this approa

How to Read a DeFi Dashboard Without Misinterpreting the Numbers
DeFi dashboards can provide a large amount of information, including TVL, trading volume, liquidity, token prices, fees, APR, and user activity. These numbers can be useful, but they should not be viewed in isolation.
For example, a high TVL may indicate that substantial assets are deposited in a protocol, but it does not automatically prove that the protocol is better or safer. Similarly, high trading volume can show strong market activity without explaining whether that activity will continue.
When examining STONfi or another D

Understanding GRAM DeFi Ecosystem
The TON ecosystem has developed beyond simple token transfers, with decentralized applications covering areas such as trading, liquidity provision, lending, staking, and other on-chain activities.
DeFi infrastructure plays an important role because users need reliable ways to exchange assets and interact with different applications. Decentralized exchanges are one part of this infrastructure, providing liquidity and swap functionality through smart contracts.
STONfi is a notable DEX within the GRAM ecosystem, providing decentralized swapping and liquidity infr

What Is Impermanent Loss?
Impermanent loss is an important concept for anyone learning about decentralized liquidity pools.
It can occur when the prices of assets deposited into a liquidity pool change relative to each other. Because automated market makers adjust the pool's asset ratio as trades occur, the assets held by a liquidity provider can become different from simply holding the original tokens outside the pool.
The term “impermanent” comes from the fact that the difference can change over time. If market conditions move back toward the original ratio, the effect may decrease. If the p

How Liquidity Pools Generate Trading Fees
Liquidity pools are one of the core building blocks of many decentralized exchanges. They allow users to swap assets directly against pooled liquidity instead of relying on a traditional order book.
When a swap takes place, the transaction usually includes a trading fee. Depending on the protocol and pool design, a portion of those fees can be distributed to liquidity providers who contribute assets to the pool.
On STONfi liquidity pools support swaps across the TON ecosystem, while liquidity providers can participate in supported pools according to th

What Is TVL and How Should Users Interpret It?
Total Value Locked (TVL) is one of the most commonly discussed metrics in decentralized finance. It generally represents the value of assets deposited in a protocol or its liquidity pools at a particular point in time.
TVL can provide useful context when examining a DeFi ecosystem. For example, higher liquidity may indicate that a protocol has a larger pool of assets available for certain activities. However, TVL should never be treated as a complete measure of a project quality or future performance.
TVL can change because of token prices, deposi

How DEX Routing Can Improve Swap Execution
When a decentralized exchange supports multiple liquidity sources, finding an efficient route can become an important part of swap execution.
Instead of treating every swap as a simple transaction between two assets, routing infrastructure can evaluate available liquidity and identify a suitable path for the requested trade. Depending on the system, a route may involve different pools or liquidity providers.
This is particularly relevant when trading assets that do not have a direct or sufficiently deep liquidity pool.
STONfi uses routing infrastructu

Why Native Asset Delivery Matters in Cross-Chain Swaps
Cross-chain activity allows users to move value between different blockchain ecosystems, but the asset received on the destination network can make a significant difference to the user experience.
Native asset delivery means receiving an asset in a form that belongs to the destination blockchain, rather than receiving a representation that may require another conversion step.
This can simplify the process for users because the received asset may be ready to interact with supported applications on the destination network. It can also reduce

AMMs vs Order-Book Exchanges
There are two common ways trading platforms can match buyers and sellers: automated market makers (AMMs) and order books.
An order-book exchange records buy and sell orders at different prices. Trades occur when compatible orders meet. This model is widely used by traditional and centralized exchanges.
AMMs take a different approach. Instead of requiring individual buyers and sellers to match directly, they use liquidity pools containing assets. A mathematical pricing mechanism determines how swaps affect the pool and the resulting price.
STONfi is built around the

What Is Slippage and Why Does It Matter?
When swapping tokens on a decentralized exchange, the price you see before confirming a transaction may not be exactly the price at which the swap is completed. The difference is commonly referred to as slippage.
Slippage can happen because of changes in the pool between the time a swap is initiated and executed, or because the trade itself changes the balance of the liquidity pool.
For example, a relatively large swap against a pool with limited liquidity can have a greater effect on the pool’s ratio. This can result in a less favorable execution price

How DEX Liquidity Works Explained Simply
A decentralized exchange (DEX) needs liquidity to allow users to swap one token for another. Unlike a traditional order book, many DEXs use liquidity pools where users deposit pairs of assets. These pools provide the inventory needed for swaps.
For example, a TON-based liquidity pool might contain TON and another token. When someone swaps one asset for the other, the pool balance changes according to the pool’s pricing mechanism. This is why liquidity has a direct impact on how smoothly a trade can be executed.
STONfi uses liquidity pools as an importan

How STONfi Omniston Approaches Cross-Chain Swaps
Cross-chain swaps involve moving value between different blockchain ecosystems, but the process can become complex when networks use different infrastructure, assets, and liquidity sources.
STONfi Omniston approaches this challenge through a resolver-based architecture designed to coordinate supported cross-chain swaps. Instead of requiring users to manually manage multiple platforms and separate steps, the system connects participating liquidity providers and resolvers to facilitate the transaction flow.
A simplified example would be a user wan

How STONfi Brings Cross-Chain Access Closer to TON Users
The blockchain industry is becoming increasingly interconnected, with users seeking ways to access assets and opportunities across different networks. Cross-chain technology addresses this need by creating connections between separate blockchain ecosystems. STONfi contributes to this development by working on solutions that help bring broader asset access closer to TON users.
For many users, moving between blockchains can involve complicated processes, multiple platforms, and additional technical challenges. Cross-chain infrastructure ai

Why STONfi Cross-Chain Architecture Matters for Native Multi-Chain Access
As blockchain ecosystems continue to grow, users increasingly expect to access opportunities across multiple networks without navigating unnecessary complexity. STONfi addresses this need through its cross-chain architecture, which supports selected transfers between TON and compatible blockchain ecosystems using Omniston.
STONfi architecture is designed to coordinate supported cross-chain execution through a structured resolver-based process. Rather than requiring users to manage several independent services, the infras

Exploring the Benefits of Native Asset Delivery on STONfi
Native asset delivery is an important feature in cross-chain infrastructure because it helps users receive assets that are immediately compatible with the destination blockchain. STONfi emphasizes native asset delivery across supported networks as part of its broader approach to simplifying cross-chain interactions and improving usability.
When users receive native assets through STONfi those assets can generally be used directly within decentralized applications on the destination network where supported. This reduces the need for addi

The Importance of Resolver-Based Execution in STONfi
Resolver-based execution is a key component of the cross-chain infrastructure used by STONfi through Omniston. Instead of relying exclusively on traditional bridge mechanisms, STONfi uses resolver networks that participate in completing supported transactions according to predefined protocol conditions. This architecture plays an important role in coordinating decentralized cross-chain execution.
Within the STONfi ecosystem, resolvers provide the liquidity and execution required for supported swaps, while Hash Time-Locked Contracts (HTLCs) e

Understanding Resolver Based Cross Chain Architecture in the STONfi Ecosystem
Resolver-based architecture is one of the defining features of the cross-chain infrastructure used by STONfi through Omniston. Instead of depending on a single entity to manage execution, the protocol incorporates resolver networks that participate according to predefined rules and cryptographic settlement conditions.
When a supported cross-chain transaction is initiated, resolvers can provide execution quotes and liquidity for the requested asset pair. After a suitable execution path is selected HTLC-based mechanism