Mur_cryptopunk

Understanding Liquidity Provision
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[1] | More Than Just Swaps
While using a DEX like STONfi to swap tokens is common, another vital function on the $TON blockchain involves supplying the liquidity that makes these trades possible. This role is fundamental to how the system operates.
[2] | How Pools Work
Users provide tokens of equal value to a liquidity pool. For every swap that happens in that pool, a small fee is taken, usually between 0.01% and 0.2%. This fee is then shared among all the liquidity providers, proportional to their share of the total value l

TONfi's Foundational Role
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[1] | A Recognized Leader
The main DEX on the $TON blockchain, STONfi, has solidified its position as the leading platform over a long development period. Features like the Omniston protocol and Arbitrary Provision have significantly improved the user experience, contributing to this status.
[2] | The Developer Side
A key aspect of its success lies in its tools for developers. STONfi provides its own Software Development Kit (SDK), which offers straightforward access to the DEX's core functions. This integration is more common than

Omniston Protocol
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[1] | Out of Beta
The Omniston liquidity aggregation protocol by STONfi has now moved past its beta phase. The previous swap limit of under $1000 has been lifted, allowing for swaps of any size through the system.
[2] | A Primary Tool on TON
This protocol has served as a main swap tool on the $TON blockchain for a considerable time. Its advantage over classic swaps comes from two main features: providing the best available rate and ensuring zero slippage for the user.
[3] | The Quote Process
The process begins when a user selects a trading

Omniston in Practice
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[1] | Initial Impressions
During the early beta phase, a key observation was the stability of swaps at a fixed rate. At that time, the protocol had not yet integrated its crucial feature: the ability to query all the resolvers across the $TON blockchain.
[2] | Current Performance
Now that Omniston is fully active on STONfi, its process involves checking rates with all major resolvers and selecting the most favorable one. For common pairs such as TON/USDT, the improvement is minimal, often less than 0.01% compared to a standard swap. A si

Hashed Timelock Contracts Explained
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[1] | The Purpose of HTLCs
Hashed Timelock Contracts are a form of smart contract that enables secure cross-chain swaps. They use cryptographic proofs and time constraints to guarantee that a swap is either completed entirely or entirely refunded, which helps prevent fraudulent activity.
[2] | Application on TON
This technology will be utilized for upcoming cross-chain swaps on STONfi, the leading DEX on the $TON blockchain. HTLCs are what make these swaps both fast and dependable for users.
[3] | The Agreement Process
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Modern strategies on TON
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[1] | Beyond the Holding
Simply holding digital tokens, especially those that change in value frequently, has become a less effective approach. The current environment provides several methods for more active involvement with your assets.
[2] | The tsTON Example
Consider the tsTON staking token on the $TON blockchain. On STONfi, this token shows how basic staking can be enhanced. You can use tsTON in liquidity pools, such as the tsTON/TON pool, to engage with DeFi. This allows you to benefit from staking rewards while also earning a

Pillars of the TON Ecosystem
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[1] | Core Principles
The $TON blockchain is built on a set of consistent foundations that guide its growth. These include the creation of new activities and utility, the movement of users from Telegram to the chain, and the use of decentralized tools that maintain both stability and scalability.
[2] | The Role of the DEX
The main decentralized exchange naturally handles the largest load during periods of high activity. On this network, that role is filled by STONfi, which processes a majority of user swaps and meets diverse need

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Understanding STONfi Pool Labels
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[1] | A Guide to Pool Types
The main DEX on the $TON blockchain, STONfi, continues to evolve, introducing various pool technologies. Here is an explanation of the different labels you will find on its liquidity pools.
[2] | Classic and Classic v2
Pools with no special marking are classic pools, requiring a 50/50 token ratio and using an older smart contract design that is gradually being updated. An example is NOT/TON v1. Pools marked 'v2' indicate a newer, more secure smart contract version, such as the PX/TON v2 pool.
[3] |

The TON Blockchain's Identity
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[1] | A Distinctive Platform
Through its years of development, the $TON blockchain has become a truly unique platform. While its speed is different from Solana's and its adoption level is not the same as Ethereum's, its distinctive nature is clear.
[2] | A Unique Ecosystem
The network is home to a vibrant and unusual ecosystem. Think of the activity from Hamster Combat and Notcoin, along with the many mini-apps and markets for Telegram usernames. It also includes features like NFT gifts and stickers, creating an environment not

Engaging with Liquidity Pools
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[1] | Flexible Participation
Providing liquidity on the $TON blockchain can be more adaptable than it first appears. It is not always necessary to possess both assets in a trading pair to take part. STONfi has implemented specific functions to make this process more approachable.
[2] | The Arbitrary Provision Feature
A significant development is Arbitrary Provision. This technology manages the technical details on your behalf. If you have only one token from a pair, the smart contract will automatically perform a swap to create

STONfi Dev's Technical Contributions
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[1] | The Development Unit
STONfi Dev is the specialized team within the STONfi project responsible for creating core technologies for the $TON blockchain. Their work over a relatively short period has introduced several important features to the ecosystem.
[2] | The Omniston Protocol
A major creation is the Omniston protocol. It operates by sending a request to all available solvers on the network to find the most favorable swap rate. The integration of the HTLC system ensures that the executed swap has zero slippage, me

CEX and DEX: A Comparison
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[1] | Foundational Security Models
The security models for centralized and decentralized exchanges are built on different principles. On a CEX like Binance, user assets are custodied in the platform's wallets, and its internal systems monitor for potential issues. When using a DEX like STONfi, your tokens stay in your own wallet, and you interact directly with on-chain smart contracts for each action.
[2] | Functional Scope
A CEX typically provides a broad range of services, including various activities and trading tools beyond the

STONfi's Established Role on TON
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[1] | A Clear Leader in TVL
STONfi has solidified its position as the main DEX on the $TON blockchain. Its total value locked of $63M is over five times larger than that of its nearest competitor. This places it as the second largest protocol on the network by TVL, according to Defillama.
[2] | Driven by User Focus
This leading position is the result of a consistent emphasis on user experience and ongoing development. While other platforms were slow to resolve fundamental interface problems, STONfi was already building and im

Omniston Protocol Overview
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[1] | Post-Beta Availability
The Omniston protocol by STONfi is now fully operational beyond its beta testing period. The restriction limiting swaps to under $1000 has been removed, enabling users to process swaps of any size on the platform.
[2] | Core Advantages
This system has established itself as a fundamental tool for conducting swaps on the $TON network. It offers two primary improvements over traditional methods: it finds the best available rate and ensures the user experiences zero slippage on their transaction.
[3] | The

The Shift in TON's DEX Landscape
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[1] | The Early Leaders
The $TON blockchain initially saw two major decentralized exchanges. DeDust was the first, quickly capturing most of the total value locked. STONfi entered the scene later, starting from a position behind in both TVL and trading volume.
[2] | A Divergence in Development
A clear difference in development pace emerged. DeDust's progress stalled, with even simple interface fixes, like displaying token icons on mobile devices, taking many months to resolve. During this period, STONfi continued to attract p

The Shift in TON's DEX Landscape
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[1] | The Early Leaders
The $TON blockchain initially saw two major decentralized exchanges. DeDust was the first, quickly capturing most of the total value locked. STONfi entered the scene later, starting from a position behind in both TVL and trading volume.
[2] | A Divergence in Development
A clear difference in development pace emerged. DeDust's progress stalled, with even simple interface fixes, like displaying token icons on mobile devices, taking many months to resolve. During this period, STONfi continued to attract p

Omniston: A Closer Look
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[1] | Core Concept
Omniston stands out by merging various liquidity sources into a single, efficient system. This approach creates a more resilient environment for all participants, enhancing the overall framework on the TON blockchain. It's a significant step for the $TON ecosystem.
[2] | Technical Backbone
The architecture is built around a sophisticated routing mechanism. This system is designed to locate the most favorable exchange rates across the entire network, ensuring that every interaction is optimized for the best possible

USDe on TON: A Future Possibility
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[1] | Ethena's Focus
Ethena is actively building its presence within the TON ecosystem, largely through its collaboration with STONfi. The project is offering extra incentives for those who provide liquidity and hold its assets, strengthening its position on the $TON blockchain.
[2] | Earning Ethena Points
A current initiative allows you to farm Ethena points by providing liquidity or swapping tsUSDe and USDe tokens on STONfi. These points are expected to be part of a future distribution from the Ethena project.
[3] | A Pote

Liquidity Provision on STONfi
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[1] | The Foundation of Swaps
Using a DEX for token swaps is a common activity, but it relies on another crucial function. On the $TON blockchain, this involves users who supply the liquidity that enables every trade to happen smoothly.
[2] | How Pools Function
This is done through liquidity pools. Participants provide two tokens of equal value and receive a small part of every swap fee in that pool, usually between 0.01% and 0.2%. This fee is shared among all providers based on their portion of the total value locked.
[3] | Sim