Infinite Proof Layer, Distributed Supercomputing Engine
Lagrange's ambition is not just to create a proof tool, but to build an infinite proof layer. This layer of the network acts like a decentralized supercomputing engine, composed of numerous validator nodes, capable of continuously horizontally scaling to support an increasing number of application demands.
What makes it special is its use of EigenLayer's restaking mechanism. In simple terms, institutional nodes like Coinbase, Kraken, and OKX stake their computing power and reputation, forming a distributed proof network. This ensures both security and provides the system with enough computing resources to generate massive proofs.
In terms of the economic model, Lagrange has designed an on-demand bidding mechanism. When applications submit proof requests, the network allocates computation tasks based on priority and price, avoiding resource waste while allowing supply and demand to balance automatically. You can think of it as a decentralized cloud proof factory, available for applications at any time, with the entire network silently supporting it.
This means that any future Web3 project will not need to build a complex zero-knowledge system. By simply integrating with Lagrange, they can gain near-infinite validation capabilities.
