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Its underlying modular blockchain architecture and institutional-grade clearing protocol may be rewriting our understanding of the next generation of public blockchains. I. DVX's Technological Moat: How Modular Architecture Solves the Blockchain Trilemma. Unlike the traditional "one-size-fits-all" design approach of public blockchains, DVX creatively adopts a three-layer modular structure. The execution layer supports both EVM and WASM virtual machines, compatible with existing DeFi ecosystems. The settlement layer features a unique zero-knowledge proof batch processing technology, enabling TPS to exceed 12,000. The data availability layer achieves distributed storage of historical data through node staking, reducing storage costs by 90%. This design allows DVX to maintain decentralization while achieving transaction fees that are only 1/50th of Ethereum's in actual testing.0Its underlying modular blockchain architecture and institutional-grade clearing protocol may be rewriting our understanding of the next generation of public blockchains. I. DVX's Technological Moat: How Modular Architecture Solves the Blockchain Trilemma. Unlike the traditional "one-size-fits-all" design approach of public blockchains, DVX creatively adopts a three-layer modular structure. The execution layer supports both EVM and WASM virtual machines, compatible with existing DeFi ecosystems. The settlement layer features a unique zero-knowledge proof batch processing technology, enabling TPS to exceed 12,000. The data availability layer achieves distributed storage of historical data through node staking, reducing storage costs by 90%. This design allows DVX to maintain decentralization while achieving transaction fees that are only 1/50th of Ethereum's in actual testing.1Its underlying modular blockchain architecture and institutional-grade clearing protocol may be rewriting our understanding of the next generation of public blockchains. I. DVX's Technological Moat: How Modular Architecture Solves the Blockchain Trilemma. Unlike the traditional "one-size-fits-all" design approach of public blockchains, DVX creatively adopts a three-layer modular structure. The execution layer supports both EVM and WASM virtual machines, compatible with existing DeFi ecosystems. The settlement layer features a unique zero-knowledge proof batch processing technology, enabling TPS to exceed 12,000. The data availability layer achieves distributed storage of historical data through node staking, reducing storage costs by 90%. This design allows DVX to maintain decentralization while achieving transaction fees that are only 1/50th of Ethereum's in actual testing.2Its underlying modular blockchain architecture and institutional-grade clearing protocol may be rewriting our understanding of the next generation of public blockchains. I. DVX's Technological Moat: How Modular Architecture Solves the Blockchain Trilemma. Unlike the traditional "one-size-fits-all" design approach of public blockchains, DVX creatively adopts a three-layer modular structure. The execution layer supports both EVM and WASM virtual machines, compatible with existing DeFi ecosystems. The settlement layer features a unique zero-knowledge proof batch processing technology, enabling TPS to exceed 12,000. The data availability layer achieves distributed storage of historical data through node staking, reducing storage costs by 90%. This design allows DVX to maintain decentralization while achieving transaction fees that are only 1/50th of Ethereum's in actual testing.
