In the Web3 era, the credibility of computation is undergoing a revolutionary transformation. Traditional trust models require us to trust the entire process of computation, while the emerging network logic emphasizes the verifiability of results rather than the transparency of the process.

This shift in the paradigm of trust is driven by Zero-Knowledge Proof (ZK) technology. The core appeal of ZK lies in its ability to provide verifiable proof of the correctness of the results while retaining the computational outcomes, without disclosing the specific computation process. This approach not only simplifies the verification process but also significantly enhances data privacy protection.

In this emerging ecosystem, $LA plays a key role. It serves as the coordinator and incentive provider for task allocation, execution, and verification links, ensuring the efficient operation of the entire system. Currently, the price of $LA remains around $0.35, indicating that this technology has not yet entered the stage of large-scale application.

However, with the advancement of off-chain AI technology, the enhancement of cross-chain aggregation capabilities, and the maturity of smart contract simulation technology, $LA is expected to become a core token in ZK execution infrastructure. Industry experts predict that as these technologies gradually come to fruition, the value of $LA may see significant growth, potentially achieving more than a threefold increase in valuation.

In this new paradigm of computational trust, the importance of the process gradually diminishes, while trustworthy results become increasingly valuable. This trend will not only reshape our understanding of data processing but also pave the way for further development of the Web3 ecosystem.

With the continuous improvement of ZK technology and infrastructure like $LA, we can expect to see the emergence of more innovative applications, which will bring new opportunities and challenges to the entire digital economy.