The 'glue' of modular blockchain, $LA enables #lagrange to connect fragmented ecosystems

As blockchain enters the modular era, with execution layers, data layers, and settlement layers each fighting their own battles, how can they work together? @Lagrange Official offers the solution: using a driven ZK proof network as a 'universal glue' to ensure that data interaction between different modules is both efficient and trustworthy, which is the core logic of #lagrange in solving ecological fragmentation.

In a modular architecture, the execution layer is responsible for transaction processing, the data layer stores historical records, and the settlement layer ensures finality, but 'data communication' between modules has long relied on centralized relays. #lagrange generates cross-module proofs using a decentralized node network. For example, the execution results of Arbitrum can be directly synchronized to the Ethereum settlement layer via ZK proofs, without trusting any intermediaries, with synchronization speed increased to 1.2 seconds and costs reduced by 90%.

The LA token plays the role of 'coordinator' in this architecture: invoking proof services between modules requires payment in LA, incentivizing nodes to provide computational power support; nodes that stake LA participate in profit distribution according to their contributions while also participating in the governance of module adaptation rules. @Lagrange Official has reached cooperation with multiple modular projects, making LA the 'universal currency' for cross-module interaction. As the market share of modular blockchain increases, the application scenarios will continue to expand.

From Celestia to Fuel, #lagrange has become the standard infrastructure of the modular ecosystem. It is expected that in the next five years, modular blockchain will carry 80% of Web3 traffic, while $LA , as the core connector, is poised at the forefront of ecological explosion.