The emergence of Codexero changes the long-standing lack of trustworthiness and neutrality in code execution within the Web3 world.
In the past, whether it was off-chain computation, complex contract logic, or cross-system data processing, users could only choose to trust the executor, without being able to truly verify the process itself.
@codexero_xyz centers on verifiable computation, ensuring that the execution results of code no longer depend on a single node or centralized service, but are proven externally through cryptographic proofs that the execution indeed follows the established logic.
This change shifts computation from a trust-based assumption to a verifiable fact, providing a more solid foundation for DeFi, data protocols, and complex applications.
For developers, they can confidently place more complex logic off-chain while maintaining verifiability of the results on-chain, achieving a more practical balance between performance and security.
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The emergence of Codexero changes the long-standing lack of trustworthiness and neutrality in code execution within the Web3 world.
In the past, whether it was off-chain computation, complex contract logic, or cross-system data processing, users could only choose to trust the executor, without being able to truly verify the process itself.
@codexero_xyz centers on verifiable computation, ensuring that the execution results of code no longer depend on a single node or centralized service, but are proven externally through cryptographic proofs that the execution indeed follows the established logic.
This change shifts computation from a trust-based assumption to a verifiable fact, providing a more solid foundation for DeFi, data protocols, and complex applications.
For developers, they can confidently place more complex logic off-chain while maintaining verifiability of the results on-chain, achieving a more practical balance between performance and security.
@ClusterProtocol @wallchain @x__score @kyparus @easydotfunX