murlock
Ston.fi ambassador
3 Følger
146 Følgere
189 Synes godt om
111 Delt
Opslag
Direct connectivity between blockchains
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[1] Moving beyond traditional bridges
The $TON network is exploring more efficient ways to handle asset movement between different blockchains. Traditional bridges often involve complex steps and the risk of using wrapped tokens. Bridge-less swaps offer a more direct alternative, allowing for the native exchange of assets. By using secure smart contracts, this method ensures that the process is transparent and keeps the participant in full control of their holdings throughout the entire operation.
[2] Successful native cross-chain tests
Technical tests have already shown that the Omniston protocol can facilitate direct swaps between $TON and other systems like TRC-20. These swaps use HTLC technology to ensure that the exchange is atomic and secure. This non-custodial approach removes the need for centralized bridges, making it a safer way to move value across different technical boundaries. It is a major advancement for those who want a more professional and reliable cross-chain experience.
[3] A more connected digital ecosystem
The long-term vision is a world where value can flow freely and safely between $TON and various other networks like Ethereum. By building direct liquidity paths and using advanced routing logic, the protocol is helping to break down the walls between isolated blockchains. This focus on native execution and zero slippage is the key to a more efficient and secure multi-chain future, providing the community with the best available tools for managing their digital assets.
✧ - - - - - - - - - - - ✧
[1] Moving beyond traditional bridges
The $TON network is exploring more efficient ways to handle asset movement between different blockchains. Traditional bridges often involve complex steps and the risk of using wrapped tokens. Bridge-less swaps offer a more direct alternative, allowing for the native exchange of assets. By using secure smart contracts, this method ensures that the process is transparent and keeps the participant in full control of their holdings throughout the entire operation.
[2] Successful native cross-chain tests
Technical tests have already shown that the Omniston protocol can facilitate direct swaps between $TON and other systems like TRC-20. These swaps use HTLC technology to ensure that the exchange is atomic and secure. This non-custodial approach removes the need for centralized bridges, making it a safer way to move value across different technical boundaries. It is a major advancement for those who want a more professional and reliable cross-chain experience.
[3] A more connected digital ecosystem
The long-term vision is a world where value can flow freely and safely between $TON and various other networks like Ethereum. By building direct liquidity paths and using advanced routing logic, the protocol is helping to break down the walls between isolated blockchains. This focus on native execution and zero slippage is the key to a more efficient and secure multi-chain future, providing the community with the best available tools for managing their digital assets.
Architecture for high-demand environments
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[1] Scaling to meet network demand
The $TON blockchain is built to handle significant volume, and the protocols running on it must meet the same high standards of performance. STONfi uses adaptive technology that allows its smart contracts to expand their capacity based on real-time activity. This ensures that during periods of intense network use, the essential functions of the platform remain stable and functional for every participant without delays.
[2] Technical resilience in practice
During major events like token launches, network load can increase rapidly. The protocol's use of flexible smart contract sizing means it can process a high volume of swaps without bottlenecks. This technical depth has been proven during several high-profile listings where the platform managed the majority of the network's volume smoothly. This consistency provides a solid foundation for all types of asset management on the blockchain.
[3] Infrastructure and consistent performance
Reliability on the platform extends beyond the smart contracts themselves. To support millions of users, the platform utilizes scalable web architecture that adjusts to traffic spikes. This dual approach ensures that the interface remains responsive and that participants can manage their assets whenever they need to. As the $TON network grows, maintaining this high level of technical performance is the primary goal for the platform's development.
✧ - - - - - - - - - - - ✧
[1] Scaling to meet network demand
The $TON blockchain is built to handle significant volume, and the protocols running on it must meet the same high standards of performance. STONfi uses adaptive technology that allows its smart contracts to expand their capacity based on real-time activity. This ensures that during periods of intense network use, the essential functions of the platform remain stable and functional for every participant without delays.
[2] Technical resilience in practice
During major events like token launches, network load can increase rapidly. The protocol's use of flexible smart contract sizing means it can process a high volume of swaps without bottlenecks. This technical depth has been proven during several high-profile listings where the platform managed the majority of the network's volume smoothly. This consistency provides a solid foundation for all types of asset management on the blockchain.
[3] Infrastructure and consistent performance
Reliability on the platform extends beyond the smart contracts themselves. To support millions of users, the platform utilizes scalable web architecture that adjusts to traffic spikes. This dual approach ensures that the interface remains responsive and that participants can manage their assets whenever they need to. As the $TON network grows, maintaining this high level of technical performance is the primary goal for the platform's development.
Managing liquidity and routing on the network
✧ - - - - - - - - - - - ✧
[1] Advanced methods for price discovery
The $TON blockchain is becoming more efficient through the use of protocols that can find the best swap conditions across the entire ecosystem. Omniston is at the heart of this process, querying multiple solvers simultaneously to find the most favorable outcome for every operation. This ensures that participants are not restricted to just one protocol and can benefit from the depth of the entire network's liquidity pools.
[2] Competition between network solvers
By sending requests to multiple solvers across the blockchain, the protocol encourages competition, which leads to better rates for the users. This automated process finds the best possible path for an exchange, making it much more effective than manually checking different platforms. It is a highly professional way to handle asset management, ensuring that every swap is performed under the most favorable conditions available on the $TON network.
[3] Reliable execution and slippage protection
In addition to finding the best prices, the system provides protection against slippage through the use of secure smart contracts. By locking in the quote for a short period, the protocol ensures that the final result matches the initial promise. This focus on reliability and technical precision is essential for building a mature and functional decentralized marketplace for all participants who rely on the network for their digital asset needs.
✧ - - - - - - - - - - - ✧
[1] Advanced methods for price discovery
The $TON blockchain is becoming more efficient through the use of protocols that can find the best swap conditions across the entire ecosystem. Omniston is at the heart of this process, querying multiple solvers simultaneously to find the most favorable outcome for every operation. This ensures that participants are not restricted to just one protocol and can benefit from the depth of the entire network's liquidity pools.
[2] Competition between network solvers
By sending requests to multiple solvers across the blockchain, the protocol encourages competition, which leads to better rates for the users. This automated process finds the best possible path for an exchange, making it much more effective than manually checking different platforms. It is a highly professional way to handle asset management, ensuring that every swap is performed under the most favorable conditions available on the $TON network.
[3] Reliable execution and slippage protection
In addition to finding the best prices, the system provides protection against slippage through the use of secure smart contracts. By locking in the quote for a short period, the protocol ensures that the final result matches the initial promise. This focus on reliability and technical precision is essential for building a mature and functional decentralized marketplace for all participants who rely on the network for their digital asset needs.
STONfi's Foundational Role
✧ - - - - - - - - - - - ✧
[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 many realize.
[3] | Widespread SDK Use
Consider the wallets you use, such as TON Wallet and TonKeeper. They incorporate the STONfi SDK to power their swap functionality simply because it is a reliable and convenient solution. This includes a specific SDK for the Omniston protocol.
[4] | The Omniston SDK
The Omniston SDK provides access to that protocol's capabilities. It uses a Request-For-Quote to gather prices from all major solvers on the blockchain, ensuring the best swap rate and zero slippage for the end user.
[5] | Beyond User Applications
The utility of the STONfi SDK extends beyond user-facing apps. It is also used in backend systems and internal software that may require token swap functionality for their own operations, such as for internal treasury management.
[6] | A Result of Utility
This deep integration and developer focus is a major reason STONfi has attracted the vast majority of liquidity away from past competitors. It now holds a TVL nearly four times larger than its former main rival, demonstrating its foundational role in the $TON ecosystem.
✧ - - - - - - - - - - - ✧
[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 many realize.
[3] | Widespread SDK Use
Consider the wallets you use, such as TON Wallet and TonKeeper. They incorporate the STONfi SDK to power their swap functionality simply because it is a reliable and convenient solution. This includes a specific SDK for the Omniston protocol.
[4] | The Omniston SDK
The Omniston SDK provides access to that protocol's capabilities. It uses a Request-For-Quote to gather prices from all major solvers on the blockchain, ensuring the best swap rate and zero slippage for the end user.
[5] | Beyond User Applications
The utility of the STONfi SDK extends beyond user-facing apps. It is also used in backend systems and internal software that may require token swap functionality for their own operations, such as for internal treasury management.
[6] | A Result of Utility
This deep integration and developer focus is a major reason STONfi has attracted the vast majority of liquidity away from past competitors. It now holds a TVL nearly four times larger than its former main rival, demonstrating its foundational role in the $TON ecosystem.
cross-chain
Cross-Chain Operations Without Bridges
✧ - - - - - - - - - - - ✧
[1] | A Different Approach
The method for moving between TRC-20 and the $TON network is known for operating without bridges and wrapped tokens. This provides a distinct way of handling cross-chain activity.
[2] | Development Support
An impressive $9.7M has been allocated to STONfi Dev to support ecosystem projects. A key focus for this development is the integration of Omniston for cross-chain functionality, and recent developments point towards its upcoming implementation.
[3] | The Omniston Advantage
The time taken is due to this being more than a simple cross-chain. Omniston will enable a direct swap of different tokens between two blockchains. It is considered a conceptually superior solution.
[4] | Core Features
This system will find the best available quote and use HTLC to provide completely zero slippage. It is designed to offer more than just sending assets like USDT from one blockchain to another.
✧ - - - - - - - - - - - ✧
[1] | A Different Approach
The method for moving between TRC-20 and the $TON network is known for operating without bridges and wrapped tokens. This provides a distinct way of handling cross-chain activity.
[2] | Development Support
An impressive $9.7M has been allocated to STONfi Dev to support ecosystem projects. A key focus for this development is the integration of Omniston for cross-chain functionality, and recent developments point towards its upcoming implementation.
[3] | The Omniston Advantage
The time taken is due to this being more than a simple cross-chain. Omniston will enable a direct swap of different tokens between two blockchains. It is considered a conceptually superior solution.
[4] | Core Features
This system will find the best available quote and use HTLC to provide completely zero slippage. It is designed to offer more than just sending assets like USDT from one blockchain to another.
Cross-Chain Operations Without Bridges
[1] | A Different Approach
The method for moving between TRC-20 and the $TON network is known for operating without bridges and wrapped tokens. This provides a distinct way of handling cross-chain activity.
[2] | Development Support
An impressive $9.7M has been allocated to STONfi Dev to support ecosystem projects. A key focus for this development is the integration of Omniston for cross-chain functionality, and recent developments point towards its upcoming implementation.
[3] | The Omniston Advantage
The time taken is due to this being more than a simple cross-chain. Omniston will enable a direct swap of different tokens between two blockchains. It is considered a conceptually superior solution.
[4] | Core Features
This system will find the best available quote and use HTLC to provide completely zero slippage. It is designed to offer more than just sending assets like USDT from one blockchain to another.
The method for moving between TRC-20 and the $TON network is known for operating without bridges and wrapped tokens. This provides a distinct way of handling cross-chain activity.
[2] | Development Support
An impressive $9.7M has been allocated to STONfi Dev to support ecosystem projects. A key focus for this development is the integration of Omniston for cross-chain functionality, and recent developments point towards its upcoming implementation.
[3] | The Omniston Advantage
The time taken is due to this being more than a simple cross-chain. Omniston will enable a direct swap of different tokens between two blockchains. It is considered a conceptually superior solution.
[4] | Core Features
This system will find the best available quote and use HTLC to provide completely zero slippage. It is designed to offer more than just sending assets like USDT from one blockchain to another.
Omniston On TON
[1] | A Key Development
After a long period of development, Omniston is now fully operational on the $TON blockchain. It represents a highly convenient solution for conducting swaps in the current network environment.
[2] | The Quote Guarantee
A key feature is that the quote you see is the final amount you receive. The value cannot change during the process, ensuring you get exactly what was specified beforehand.
[3] | How It Achieves Zero Slippage
This result is made possible by the Request-For-Quote algorithm. It sends a request to the major solvers within the blockchain and selects the most favorable offer from among them.
[4] | The Role of HTLC
The HTLC protocol is then activated for the swap itself. This mechanism is what provides the completely zero slippage, securing the transaction against any deviation from the chosen quote.
After a long period of development, Omniston is now fully operational on the $TON blockchain. It represents a highly convenient solution for conducting swaps in the current network environment.
[2] | The Quote Guarantee
A key feature is that the quote you see is the final amount you receive. The value cannot change during the process, ensuring you get exactly what was specified beforehand.
[3] | How It Achieves Zero Slippage
This result is made possible by the Request-For-Quote algorithm. It sends a request to the major solvers within the blockchain and selects the most favorable offer from among them.
[4] | The Role of HTLC
The HTLC protocol is then activated for the swap itself. This mechanism is what provides the completely zero slippage, securing the transaction against any deviation from the chosen quote.
STONfi's Position on TON
[1] | A Leading DEX
STONfi has firmly established itself as the primary DEX on the $TON blockchain. Its current TVL of $63M is more than five times greater than DeDust's TVL of $11M, according to available data.
[2] | Market Standing
Defillama ranks STONfi as the second largest protocol by TVL on the network, following TonStakers which has a TVL of $141M. This leading position was built on a focus on user experience and accessibility.
[3] | Development Pace
While other platforms were experiencing issues with basic features like token icons, STONfi was already advancing its technology with the Omniston protocol. The development trajectory of competing platforms has been notably different, with some showing little progress.
[4] | Activity Comparison
An interesting point is the volume of activity generated. Over the past 30 days, DeDust reportedly saw only $20K from swap fees, which highlights a significant difference in user engagement between the two platforms.
STONfi has firmly established itself as the primary DEX on the $TON blockchain. Its current TVL of $63M is more than five times greater than DeDust's TVL of $11M, according to available data.
[2] | Market Standing
Defillama ranks STONfi as the second largest protocol by TVL on the network, following TonStakers which has a TVL of $141M. This leading position was built on a focus on user experience and accessibility.
[3] | Development Pace
While other platforms were experiencing issues with basic features like token icons, STONfi was already advancing its technology with the Omniston protocol. The development trajectory of competing platforms has been notably different, with some showing little progress.
[4] | Activity Comparison
An interesting point is the volume of activity generated. Over the past 30 days, DeDust reportedly saw only $20K from swap fees, which highlights a significant difference in user engagement between the two platforms.
CEX and DEX
[1] | A Look at Two Platforms
Let's examine the main distinctions between centralized and decentralized exchanges, using Binance and STONfi as our examples. Their approaches to operation and security are fundamentally different.
[2] | Where Assets Reside
With Binance, your tokens are held in the exchange's own wallets. Their security systems are designed to alert you to potential errors or dangers, and you cannot directly withdraw from these wallets yourself. On STONfi, your coins always remain in your personal wallet. Every action you perform on the DEX works through smart contracts, which provides its own form of security.
[3] | Functional Scope
Typically, a DEX offers less functionality than a CEX due to their core differences. However, modern DEX platforms like STONfi provide ample options. You can supply liquidity, earn farming rewards, and swap tokens.
[4] | Advanced DEX Capabilities
A notable feature on STONfi is the ability to exchange tokens using Omniston, which finds the best possible rates across the $TON ecosystem. On the CEX side, platforms like Binance are known for a vast array of activities and additional tools beyond basic trading.
Let's examine the main distinctions between centralized and decentralized exchanges, using Binance and STONfi as our examples. Their approaches to operation and security are fundamentally different.
[2] | Where Assets Reside
With Binance, your tokens are held in the exchange's own wallets. Their security systems are designed to alert you to potential errors or dangers, and you cannot directly withdraw from these wallets yourself. On STONfi, your coins always remain in your personal wallet. Every action you perform on the DEX works through smart contracts, which provides its own form of security.
[3] | Functional Scope
Typically, a DEX offers less functionality than a CEX due to their core differences. However, modern DEX platforms like STONfi provide ample options. You can supply liquidity, earn farming rewards, and swap tokens.
[4] | Advanced DEX Capabilities
A notable feature on STONfi is the ability to exchange tokens using Omniston, which finds the best possible rates across the $TON ecosystem. On the CEX side, platforms like Binance are known for a vast array of activities and additional tools beyond basic trading.
Cross-Chain Operations Without Bridges
✧ - - - - - - - - - - - ✧
[1] | A Different Approach
The method for moving between TRC-20 and the $TON network is known for operating without bridges and wrapped tokens. This provides a distinct way of handling cross-chain activity.
[2] | Development Support
An impressive $9.7M has been allocated to STONfi Dev to support ecosystem projects. A key focus for this development is the integration of Omniston for cross-chain functionality, and recent developments point towards its upcoming implementation.
[3] | The Omniston Advantage
The time taken is due to this being more than a simple cross-chain. Omniston will enable a direct swap of different tokens between two blockchains. It is considered a conceptually superior solution.
[4] | Core Features
This system will find the best available quote and use HTLC to provide completely zero slippage. It is designed to offer more than just sending assets like USDT from one blockchain to another.
✧ - - - - - - - - - - - ✧
[1] | A Different Approach
The method for moving between TRC-20 and the $TON network is known for operating without bridges and wrapped tokens. This provides a distinct way of handling cross-chain activity.
[2] | Development Support
An impressive $9.7M has been allocated to STONfi Dev to support ecosystem projects. A key focus for this development is the integration of Omniston for cross-chain functionality, and recent developments point towards its upcoming implementation.
[3] | The Omniston Advantage
The time taken is due to this being more than a simple cross-chain. Omniston will enable a direct swap of different tokens between two blockchains. It is considered a conceptually superior solution.
[4] | Core Features
This system will find the best available quote and use HTLC to provide completely zero slippage. It is designed to offer more than just sending assets like USDT from one blockchain to another.
Omniston On TON
✧ - - - - - - - - - - - ✧
[1] | A Key Development
After a long period of development, Omniston is now fully operational on the $TON blockchain. It represents a highly convenient solution for conducting swaps in the current network environment.
[2] | The Quote Guarantee
A key feature is that the quote you see is the final amount you receive. The value cannot change during the process, ensuring you get exactly what was specified beforehand.
[3] | How It Achieves Zero Slippage
This result is made possible by the Request-For-Quote algorithm. It sends a request to the major solvers within the blockchain and selects the most favorable offer from among them.
[4] | The Role of HTLC
The HTLC protocol is then activated for the swap itself. This mechanism is what provides the completely zero slippage, securing the transaction against any deviation from the chosen quote.
✧ - - - - - - - - - - - ✧
[1] | A Key Development
After a long period of development, Omniston is now fully operational on the $TON blockchain. It represents a highly convenient solution for conducting swaps in the current network environment.
[2] | The Quote Guarantee
A key feature is that the quote you see is the final amount you receive. The value cannot change during the process, ensuring you get exactly what was specified beforehand.
[3] | How It Achieves Zero Slippage
This result is made possible by the Request-For-Quote algorithm. It sends a request to the major solvers within the blockchain and selects the most favorable offer from among them.
[4] | The Role of HTLC
The HTLC protocol is then activated for the swap itself. This mechanism is what provides the completely zero slippage, securing the transaction against any deviation from the chosen quote.
Liquidity Pool Flexibility
✧ - - - - - - - - - - - ✧
[1] | Beyond Traditional Holding
Working with liquidity pools on the $TON blockchain and its main DEX, STONfi, offers more than just holding two coins in a pair. Specific functions have been implemented to make this process more accessible.
[2] | Farming Support
For pools with lower activity, STONfi introduces farming. This system provides an additional APR that is not tied to the trading volume in the pair. The rewards are distributed on a daily basis until the farming period for that pool concludes.
[3] | Simplified Provisioning
A key feature is Arbitrary Provision. This technology simplifies the entire process for the user. You no longer need to manually calculate the required amount of tokens for both sides of the pair.
[4] | How It Works
If you have only one coin from the selected pair, the smart contract will handle everything. It automatically performs a swap to balance the token quantities before providing the liquidity, making the operation straightforward.
✧ - - - - - - - - - - - ✧
[1] | Beyond Traditional Holding
Working with liquidity pools on the $TON blockchain and its main DEX, STONfi, offers more than just holding two coins in a pair. Specific functions have been implemented to make this process more accessible.
[2] | Farming Support
For pools with lower activity, STONfi introduces farming. This system provides an additional APR that is not tied to the trading volume in the pair. The rewards are distributed on a daily basis until the farming period for that pool concludes.
[3] | Simplified Provisioning
A key feature is Arbitrary Provision. This technology simplifies the entire process for the user. You no longer need to manually calculate the required amount of tokens for both sides of the pair.
[4] | How It Works
If you have only one coin from the selected pair, the smart contract will handle everything. It automatically performs a swap to balance the token quantities before providing the liquidity, making the operation straightforward.
The Path of TON Blockchain
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[1] | A Unique Position
After years of development, the $TON blockchain stands out as a uniquely interesting platform. While it may not match Solana's speed or Ethereum's user base, its conceptual and technical design is exceptional.
[2] | A Vibrant Ecosystem
Think about the ecosystem with Hamster Combat, Notcoin, and Telegram names. The presence of many mini-apps along with NFT gifts and stickers creates an environment that isn't found elsewhere.
[3] | Handling Activity Surges
The main DEX, STONfi, manages the technical side during sudden increases in activity. It maintains stability for swaps even during periods of high demand.
[4] | Adaptive Smart Contracts
This is achieved through adaptive smart contract sizes. The system calculates the number of swaps the DEX needs to process in a given time and adjusts the contract size accordingly.
[5] | Ensuring Execution
This feature ensures that smart contracts are executed no matter what, a principle that was evident during the DOGS listing event, even when it caused a part of the network to experience issues.
✧ - - - - - - - - - - - ✧
[1] | A Unique Position
After years of development, the $TON blockchain stands out as a uniquely interesting platform. While it may not match Solana's speed or Ethereum's user base, its conceptual and technical design is exceptional.
[2] | A Vibrant Ecosystem
Think about the ecosystem with Hamster Combat, Notcoin, and Telegram names. The presence of many mini-apps along with NFT gifts and stickers creates an environment that isn't found elsewhere.
[3] | Handling Activity Surges
The main DEX, STONfi, manages the technical side during sudden increases in activity. It maintains stability for swaps even during periods of high demand.
[4] | Adaptive Smart Contracts
This is achieved through adaptive smart contract sizes. The system calculates the number of swaps the DEX needs to process in a given time and adjusts the contract size accordingly.
[5] | Ensuring Execution
This feature ensures that smart contracts are executed no matter what, a principle that was evident during the DOGS listing event, even when it caused a part of the network to experience issues.
Understanding Liquidity Provision
[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 locked.
[3] | Earning Potential
This system can lead to significant annual returns for providers. The percentage from each trade might seem minor, but it can accumulate into substantial figures over time, with returns varying from single digits to much higher.
[4] | Enhanced Features on STONfi
The platform improves this process with tools like Arbitrary Provision. This allows you to enter a pool with just one token from the pair, as the smart contracts automatically handle the necessary swap for you.
[5] | Protecting Providers
A key innovation is the IL Offset, currently active for the STON/USDT pool. It offers full protection from impermanent loss for price movements up to 2x, safeguarding a portion of the pool's TVL. Automatic compensation is provided, applicable to all participants in the pool.
[6] | Additional Farming Rewards
STONfi also has Farming for specific pools. This provides set daily rewards on top of the base fees. To join, you select a pool with farming enabled and then lock your LP-tokens in a separate smart contract after you have provided liquidity.
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 locked.
[3] | Earning Potential
This system can lead to significant annual returns for providers. The percentage from each trade might seem minor, but it can accumulate into substantial figures over time, with returns varying from single digits to much higher.
[4] | Enhanced Features on STONfi
The platform improves this process with tools like Arbitrary Provision. This allows you to enter a pool with just one token from the pair, as the smart contracts automatically handle the necessary swap for you.
[5] | Protecting Providers
A key innovation is the IL Offset, currently active for the STON/USDT pool. It offers full protection from impermanent loss for price movements up to 2x, safeguarding a portion of the pool's TVL. Automatic compensation is provided, applicable to all participants in the pool.
[6] | Additional Farming Rewards
STONfi also has Farming for specific pools. This provides set daily rewards on top of the base fees. To join, you select a pool with farming enabled and then lock your LP-tokens in a separate smart contract after you have provided liquidity.
STONfi's Foundational Role
✧ - - - - - - - - - - - ✧
[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 many realize.
[3] | Widespread SDK Use
Consider the wallets you use, such as TON Wallet and TonKeeper. They incorporate the STONfi SDK to power their swap functionality simply because it is a reliable and convenient solution. This includes a specific SDK for the Omniston protocol.
[4] | The Omniston SDK
The Omniston SDK provides access to that protocol's capabilities. It uses a Request-For-Quote to gather prices from all major solvers on the blockchain, ensuring the best swap rate and zero slippage for the end user.
[5] | Beyond User Applications
The utility of the STONfi SDK extends beyond user-facing apps. It is also used in backend systems and internal software that may require token swap functionality for their own operations, such as for internal treasury management.
[6] | A Result of Utility
This deep integration and developer focus is a major reason STONfi has attracted the vast majority of liquidity away from past competitors. It now holds a TVL nearly four times larger than its former main rival, demonstrating its foundational role in the $TON ecosystem.
✧ - - - - - - - - - - - ✧
[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 many realize.
[3] | Widespread SDK Use
Consider the wallets you use, such as TON Wallet and TonKeeper. They incorporate the STONfi SDK to power their swap functionality simply because it is a reliable and convenient solution. This includes a specific SDK for the Omniston protocol.
[4] | The Omniston SDK
The Omniston SDK provides access to that protocol's capabilities. It uses a Request-For-Quote to gather prices from all major solvers on the blockchain, ensuring the best swap rate and zero slippage for the end user.
[5] | Beyond User Applications
The utility of the STONfi SDK extends beyond user-facing apps. It is also used in backend systems and internal software that may require token swap functionality for their own operations, such as for internal treasury management.
[6] | A Result of Utility
This deep integration and developer focus is a major reason STONfi has attracted the vast majority of liquidity away from past competitors. It now holds a TVL nearly four times larger than its former main rival, demonstrating its foundational role in the $TON ecosystem.
Omniston Protocol
✧ - - - - - - - - - - - ✧
[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 pair. The protocol then sends a Request-For-Quote to all the solvers operating on the blockchain. These solvers send back their quotes in response.
[4] | Securing the Best Rate
Omniston evaluates all the returned quotes to select the one offering the best final price for the swap. This chosen quote is then presented to the user, and the price is locked in for a short period.
[5] | The Role of HTLC
This price lock is secured by a Hashed-Timelock Contract (HTLC). This mechanism guarantees that if the quote changes even by a tiny fraction of a percent, the swap will be canceled, protecting the user from receiving a worse rate.
[6] | The Final Outcome
Through this straightforward process, users on the $TON blockchain achieve an optimal swap result, benefiting from both the best found rate and the security of zero slippage.
✧ - - - - - - - - - - - ✧
[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 pair. The protocol then sends a Request-For-Quote to all the solvers operating on the blockchain. These solvers send back their quotes in response.
[4] | Securing the Best Rate
Omniston evaluates all the returned quotes to select the one offering the best final price for the swap. This chosen quote is then presented to the user, and the price is locked in for a short period.
[5] | The Role of HTLC
This price lock is secured by a Hashed-Timelock Contract (HTLC). This mechanism guarantees that if the quote changes even by a tiny fraction of a percent, the swap will be canceled, protecting the user from receiving a worse rate.
[6] | The Final Outcome
Through this straightforward process, users on the $TON blockchain achieve an optimal swap result, benefiting from both the best found rate and the security of zero slippage.
Hashed Timelock Contracts Explained
✧ - - - - - - - - - - - ✧
[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
Both participants agree to the swap terms, which include a specific time window. Each party creates a cryptographic hash from a secret number and places it into a smart contract on their respective blockchain, such as TON or Bitcoin. The contracts are interconnected so that each party's hash is locked in the other's contract.
[4] | Verification and Execution
The participants first check the validity of the opposing contract. If any detail is incorrect, the swap is canceled and the involved tokens are returned. If the contracts are valid, the parties then reveal their secret numbers.
[5] | Ensuring a Secure Outcome
The contracts verify that the revealed secrets match the original hashes. If they are correct, the swap is finalized. If the time limit passes without the correct secrets being provided, the swap expires and the tokens are automatically returned. This creates an atomic swap, meaning the entire operation completes successfully or it does not happen at all, ensuring a secure and decentralized process without any intermediary.
✧ - - - - - - - - - - - ✧
[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
Both participants agree to the swap terms, which include a specific time window. Each party creates a cryptographic hash from a secret number and places it into a smart contract on their respective blockchain, such as TON or Bitcoin. The contracts are interconnected so that each party's hash is locked in the other's contract.
[4] | Verification and Execution
The participants first check the validity of the opposing contract. If any detail is incorrect, the swap is canceled and the involved tokens are returned. If the contracts are valid, the parties then reveal their secret numbers.
[5] | Ensuring a Secure Outcome
The contracts verify that the revealed secrets match the original hashes. If they are correct, the swap is finalized. If the time limit passes without the correct secrets being provided, the swap expires and the tokens are automatically returned. This creates an atomic swap, meaning the entire operation completes successfully or it does not happen at all, ensuring a secure and decentralized process without any intermediary.
The TON Blockchain's Identity
[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 items. It also includes features like NFT gifts and stickers, creating an environment not found on other chains.
[3] | Handling Network Demand
STONfi, the main DEX, plays a crucial role in managing the technical demands of this activity. It ensures swap functionality remains stable even during significant surges in usage on the network.
[4] | Adaptive Technology
This is possible due to its use of adaptive smart contract sizes. The system estimates how many swaps are required in a specific period and then adjusts the size of the contracts to handle that load effectively.
[5] | Proven Reliability
This approach was demonstrated during the DOGS listing event. Even though a part of the network experienced a temporary slowdown, the smart contracts on STONfi continued their operations without stopping, highlighting their dependable design on the $TON blockchain.
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 items. It also includes features like NFT gifts and stickers, creating an environment not found on other chains.
[3] | Handling Network Demand
STONfi, the main DEX, plays a crucial role in managing the technical demands of this activity. It ensures swap functionality remains stable even during significant surges in usage on the network.
[4] | Adaptive Technology
This is possible due to its use of adaptive smart contract sizes. The system estimates how many swaps are required in a specific period and then adjusts the size of the contracts to handle that load effectively.
[5] | Proven Reliability
This approach was demonstrated during the DOGS listing event. Even though a part of the network experienced a temporary slowdown, the smart contracts on STONfi continued their operations without stopping, highlighting their dependable design on the $TON blockchain.
STONfi Dev's Technical Contributions
✧ - - - - - - - - - - - ✧
[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, meaning you receive the exact amount that was quoted.
[3] | Simplifying Liquidity
Another key development is Arbitrary Provision. This function automates the necessary token swaps when you are providing liquidity to a pool. Its implementation has made the process significantly more straightforward for users on the platform.
[4] | Cross-Chain Progress
The team is also advancing cross-chain functionality. A test swap between The Open Network and a TRC-20 network has been completed successfully. This was not a basic transfer but a full implementation of an Omniston swap, showcasing its potential for future use on the $TON network.
✧ - - - - - - - - - - - ✧
[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, meaning you receive the exact amount that was quoted.
[3] | Simplifying Liquidity
Another key development is Arbitrary Provision. This function automates the necessary token swaps when you are providing liquidity to a pool. Its implementation has made the process significantly more straightforward for users on the platform.
[4] | Cross-Chain Progress
The team is also advancing cross-chain functionality. A test swap between The Open Network and a TRC-20 network has been completed successfully. This was not a basic transfer but a full implementation of an Omniston swap, showcasing its potential for future use on the $TON network.
CEX and DEX: A Comparison
[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 core exchange function. Meanwhile, the utility of DEX platforms has expanded considerably. On STONfi, for instance, users can swap tokens, supply liquidity to pools, and participate in farming programs to earn rewards.
[3] | Advanced DEX Capabilities
A notable feature on STONfi is the use of the Omniston protocol for token swaps. This system finds the best available rates across the $TON ecosystem. This shows that while a CEX may offer more diverse services, a modern DEX provides a comprehensive and capable toolkit for asset management on the blockchain.
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 core exchange function. Meanwhile, the utility of DEX platforms has expanded considerably. On STONfi, for instance, users can swap tokens, supply liquidity to pools, and participate in farming programs to earn rewards.
[3] | Advanced DEX Capabilities
A notable feature on STONfi is the use of the Omniston protocol for token swaps. This system finds the best available rates across the $TON ecosystem. This shows that while a CEX may offer more diverse services, a modern DEX provides a comprehensive and capable toolkit for asset management on the blockchain.
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