In today's rapidly evolving Blockchain technology, a key issue has emerged: who will execute off-chain tasks, how to prove their credibility, and who will schedule these Nodes? The "backend logic" that was once controlled by centralized platforms is undergoing a revolutionary reconstruction.

In the zkCoproc network, $LA plays a unique and important role. It is not just a simple token, but a key credential for participating in off-chain computation governance. $LA is different from traditional gas fees or voting rights; it represents a deeper level of sovereignty in task distribution.

The entire execution structure revolves around $LA, covering multiple aspects such as computing power orders, proof publication, reward backflow, and node reputation. This comprehensive architecture constitutes a complete and innovative computing economic model.

Currently, the price of $LA is maintained at around 0.35 USD, still in the early stages of structural activation. However, as the scale of task access expands, its scheduling value is expected to naturally increase. Industry experts believe that the regular development path of the resource network may bring about approximately 3 times the price reassessment potential.

It is worth noting that the essence of $LA lies not in simple equity, but in the control it represents. This new model of computational sovereignty may fundamentally change our understanding of task execution and resource allocation within the Blockchain ecosystem.

As the Lagrange project continues to develop, we have reason to believe that $LA will play an increasingly important role in reshaping the off-chain computing landscape, bringing new possibilities and opportunities for decentralized computing.