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#lorenzoprotocol $BANK Customer Type: Applications that require integrated yield · Target group: Digital wallets, payment applications (PayFi), exchanges, RWA platforms, DeFi protocols. · Services provided by Lorenzo: Provide standardized API interfaces to allow these platforms to easily integrate Lorenzo's various tokenized yield products (such as OTF), offering yield services to their users without the need to develop underlying financial logic themselves. @LorenzoProtocol $BANK #LorenzoProtocol🔗✨
#lorenzoprotocol $BANK Customer Type: Applications that require integrated yield

· Target group: Digital wallets, payment applications (PayFi), exchanges, RWA platforms, DeFi protocols.
· Services provided by Lorenzo: Provide standardized API interfaces to allow these platforms to easily integrate Lorenzo's various tokenized yield products (such as OTF), offering yield services to their users without the need to develop underlying financial logic themselves.

@Lorenzo Protocol $BANK #LorenzoProtocol🔗✨
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#yggplay $YGG Historical Investment and Cooperation Projects YGG had previously invested in or collaborated with a number of games (around 2021), which formed the foundation of the YGG game library. For example: · Axie Infinity: The game that initially contributed to YGG's success. · Thetan Arena: A MOBA mobile game. · Genopets: A mobile game that incorporates a 'play-to-earn' mechanism. @YieldGuildGames #YGGPlay $YGG
#yggplay $YGG Historical Investment and Cooperation Projects
YGG had previously invested in or collaborated with a number of games (around 2021), which formed the foundation of the YGG game library. For example:

· Axie Infinity: The game that initially contributed to YGG's success.
· Thetan Arena: A MOBA mobile game.
· Genopets: A mobile game that incorporates a 'play-to-earn' mechanism.

@Yield Guild Games #YGGPlay $YGG
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#injective $INJ The Injective project has the following two key 'components' supporting its vast system: Insurance Module: Used to establish an insurance fund for the trading platform to hedge against risks brought by extreme market fluctuations. · RWA Module: Integrates regulatory authority control and other functions, specifically designed to support the compliant on-chain representation of real-world assets such as stocks and bonds. @Injective #injective $INJ
#injective $INJ The Injective project has the following two key 'components' supporting its vast system:
Insurance Module: Used to establish an insurance fund for the trading platform to hedge against risks brought by extreme market fluctuations.
· RWA Module: Integrates regulatory authority control and other functions, specifically designed to support the compliant on-chain representation of real-world assets such as stocks and bonds.

@Injective #injective $INJ
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#plasma $XPL Main Functions and Technical Features of the Project The Plasma project achieves its goals through a series of technical designs, with specific functions and technical features as follows: · Optimized for Stablecoins: Unlike general-purpose blockchains such as Ethereum, the entire architecture of Plasma is built around stablecoin transactions. One of its most attractive features is the support for zero-fee transfers of USDT, eliminating the barrier for users needing to hold other tokens to pay transaction fees. · High Performance and Security: The network uses a customized consensus mechanism called PlasmaBFT, designed to process thousands of transactions per second and achieve final confirmation within seconds. At the same time, the project leverages the security of the Bitcoin network by anchoring the state root on the Bitcoin blockchain. · Compatibility and Privacy Considerations: Plasma is fully compatible with the Ethereum Virtual Machine (EVM), meaning developers can easily migrate Ethereum-based smart contracts and applications to this network. Additionally, according to some early analyses, the project integrates privacy features at the protocol layer, allowing users to choose to hide transaction details, but this is not its most core publicly advertised feature. @Plasma $XPL #Plasma
#plasma $XPL
Main Functions and Technical Features of the Project


The Plasma project achieves its goals through a series of technical designs, with specific functions and technical features as follows:


· Optimized for Stablecoins: Unlike general-purpose blockchains such as Ethereum, the entire architecture of Plasma is built around stablecoin transactions. One of its most attractive features is the support for zero-fee transfers of USDT, eliminating the barrier for users needing to hold other tokens to pay transaction fees.

· High Performance and Security: The network uses a customized consensus mechanism called PlasmaBFT, designed to process thousands of transactions per second and achieve final confirmation within seconds. At the same time, the project leverages the security of the Bitcoin network by anchoring the state root on the Bitcoin blockchain.

· Compatibility and Privacy Considerations: Plasma is fully compatible with the Ethereum Virtual Machine (EVM), meaning developers can easily migrate Ethereum-based smart contracts and applications to this network. Additionally, according to some early analyses, the project integrates privacy features at the protocol layer, allowing users to choose to hide transaction details, but this is not its most core publicly advertised feature.


@Plasma $XPL #Plasma
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