追梦人 蓝鸟会
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《@Lagrange Official : Leading the Era of Verifiable Computing with $LA and #Lagrange 》
In the vast world of Web3, @Lagrange Official shines like a dazzling new star, focusing on the field of zero-knowledge proofs (ZK) and committed to creating efficient and verifiable computing solutions for the blockchain ecosystem. #Lagrange leverages a decentralized ZK proof network and ZK co-processor to support cross-chain interoperability, decentralized computing, and verifiable AI reasoning. By collaborating with platforms like EigenLayer, it utilizes a decentralized node network to provide efficient off-chain computing and generate ZK proofs that can be validated on-chain, greatly enhancing the efficiency and security of blockchain applications.
LA, as the native token of @Lagrange Official , holds significant meaning in this ecosystem. It is used not only for governing the ZK proof network but also tightly binds computing power with trust. In the @LagrangeDev network, each node must stake $LA to undertake off-chain tasks, a design that ensures fairness in task distribution and efficient operation of the network, transforming off-chain computing power into verifiable assets, making on-chain verification results effortless. #Lagrange
The flagship product of @Lagrange Official , DeepProve, is considered an industry leader. As the fastest zkML system currently available, it achieves AI verification through zero-knowledge proofs, making Lagrange a leader in the field of more secure and privacy-focused AI zero-knowledge proof generation. At the same time, Lagrange offers the world's first infinite proof layer, combining ZK proof network and ZK co-processor technology to realize scalable cryptographic verification for blockchain and AI applications.
The $LA token drives a unique economic model, with proof demand directly influencing token demand. The total supply is 1 billion, with an annual emission rate of 4%, strongly supporting the network's sustainability. The revolutionary DARA mechanism addresses key resource allocation issues in the proof market, with over 85 institutional operators providing production-ready infrastructure on EigenLayer, ensuring proof availability and eliminating traditional scalability bottlenecks. The general ZK co-processor capabilities allow smart contracts to execute complex computations and provide cryptographic verification. Through DeepProve, verifiable AI is realized, bringing about a fundamental shift towards trusted artificial intelligence.
In the vast world of Web3, @Lagrange Official shines like a dazzling new star, focusing on the field of zero-knowledge proofs (ZK) and committed to creating efficient and verifiable computing solutions for the blockchain ecosystem. #Lagrange leverages a decentralized ZK proof network and ZK co-processor to support cross-chain interoperability, decentralized computing, and verifiable AI reasoning. By collaborating with platforms like EigenLayer, it utilizes a decentralized node network to provide efficient off-chain computing and generate ZK proofs that can be validated on-chain, greatly enhancing the efficiency and security of blockchain applications.
LA, as the native token of @Lagrange Official , holds significant meaning in this ecosystem. It is used not only for governing the ZK proof network but also tightly binds computing power with trust. In the @LagrangeDev network, each node must stake $LA to undertake off-chain tasks, a design that ensures fairness in task distribution and efficient operation of the network, transforming off-chain computing power into verifiable assets, making on-chain verification results effortless. #Lagrange
The flagship product of @Lagrange Official , DeepProve, is considered an industry leader. As the fastest zkML system currently available, it achieves AI verification through zero-knowledge proofs, making Lagrange a leader in the field of more secure and privacy-focused AI zero-knowledge proof generation. At the same time, Lagrange offers the world's first infinite proof layer, combining ZK proof network and ZK co-processor technology to realize scalable cryptographic verification for blockchain and AI applications.
The $LA token drives a unique economic model, with proof demand directly influencing token demand. The total supply is 1 billion, with an annual emission rate of 4%, strongly supporting the network's sustainability. The revolutionary DARA mechanism addresses key resource allocation issues in the proof market, with over 85 institutional operators providing production-ready infrastructure on EigenLayer, ensuring proof availability and eliminating traditional scalability bottlenecks. The general ZK co-processor capabilities allow smart contracts to execute complex computations and provide cryptographic verification. Through DeepProve, verifiable AI is realized, bringing about a fundamental shift towards trusted artificial intelligence.
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