In the current technological wave of rapid integration between AI and Blockchain, traditional Consensus Mechanisms are facing unprecedented challenges. The past competitive model that relied solely on the number of devices and bandwidth size can no longer meet the needs of AI-driven on-chain application scenarios.

The Lagrange project proposes an innovative participation mechanism that disrupts traditional node admission standards. This mechanism requires participants to possess two key elements simultaneously: a certain amount of LA token staking and sufficient computing power to support AI computations. This dual threshold effectively filters out truly capable participants, ensuring the high-quality operation of the entire network.

Why is this mechanism so important? It directly addresses many security and reliability issues faced by AI projects. By establishing a dual binding model of Stake+Compute, Lagrange fundamentally eliminates those nodes that are merely nominal and do nothing, as well as the "lying win" behavior that relies on luck to receive rewards.

This approach actually embodies the concept of "technology as governance." In the future on-chain AI ecosystem, the distribution of discourse power will no longer solely rely on financial strength, but will place greater emphasis on the technical capabilities of participants, especially in terms of trustworthy computing and result verification.

Lagrange's innovative mechanism provides new ideas for the deep integration of AI and Blockchain, promising to drive the entire industry towards a more efficient and secure direction. It is not just a technical upgrade, but a profound transformation of the governance model of the entire ecosystem.