Just Keep Swimming

    Swim Protocol provides a simple way to transfer tokens across chains via multi-token liquidity pools. It is built on top of one of the most infamous bridges, Wormhole, which allows users to more seamlessly transfer assets across multiple blockchains Create a dashboard for Swim on Solana including at least the following metrics (add anything else you find interesting): Total Volumes Total unique users Most popular destinations from Solana Most popular stablecoins and non-stablecoins traded over time

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    swim protocal

    Swim provides a simple way to transfer tokens across chains via multi-token liquidity pools and Solana’s Wormhole. No more delays, centralized bridges, or wrapped assets.

    Swim’s goal is to provide the tools necessary for users to swap from native assets on one chain to native assets on another, and in doing so reduce the community’s reliance on current bridges and centralized exchanges.

    Why Swim?

    Swim eliminates the need for wrapped assets by allowing users to swap from a native asset on one chain to a native asset on any other supported chain, by combining the ideas established by existing stable asset AMMs with Wormhole’s bridging technology to create a new kind of cross-chain liquidity platform.

    Swim’s elegant solution to the cross-chain asset swap problem minimizes inefficiency, either in the form of wrapped assets, centralized exchanges, or platform-specific native tokens that are used in some cross-chain AMMs. This novel solution is far more capital-efficient than existing approaches and paves the way for a paradigm shift in the way we approach cross-chain interoperability.

    How Does Swim Work?

    Users will be able to interact with Swim’s liquidity pool with native assets on multiple chains. Initially, only stable asset pools will be created on Ethereum, BSC, and Solana to facilitate trading between these chains. The pools on either chain are connected via Wormhole, which helps to relay transaction requests across chains. When a transaction is received by the Swim smart contract, an algorithm will determine the slippage based on the size of the trade and the pool’s composition, providing an execution price.

    reference

    about this dashboard :

    in this dashboard I analysis the Swim Protocols Total Volumes , Total unique users , Most popular destinations from Solana and Most popular stablecoins and non-stablecoins traded over time and for the better result I analysis the for two part first for the last month and the second for the first of the year , this make for the better result.

    as you see in the upper 2 chart I gain the Total Volumes for the last month and the first of the year as you see the data is change by changing the time the interesting thing that you see in the 2 day both for the last year and last month the volume is increase very much that it can be analysis for the better result.

    in the upper 2 chart I analysis the Total unique users for the last month and the first of he year as you see in the chart its expected because if you cross the day for the number the second number (413 M) as gained for this 2 chart we see that gain the same result.

    in the upper 2 chart I gain the Most popular destinations from Solana (top 100) and I gain its for 2 way first for the last month and the second for the fist of the year as you see the address change by the time and the search the 2 chart help us for the better conclusion .

    in the 2 upper chart I gain the result of the Most popular stablecoins and non-stablecoins traded over time, again for two way (last month and the first of the year), as you see in the chart the order for the last month is usd coin , wrapped sol and usdt but for the first of the year it change by order usd coin , wrapped sol and gst an the usdt in the fifth place of the chart.

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