š—Ÿš—®š—“š—æš—®š—»š—“š—²: š—£š—¼š˜„š—²š—æš—¶š—»š—“ š—©š—²š—æš—¶š—³š—¶š—®š—Æš—¹š—² š—–š—¼š—ŗš—½š˜‚š˜š—®š˜š—¶š—¼š—» š˜„š—¶š˜š—µ š—­š—²š—æš—¼-š—žš—»š—¼š˜„š—¹š—²š—±š—“š—² š—§š—²š—°š—µš—»š—¼š—¹š—¼š—“š˜†

$LA #LARANGE

In a world where blockchains need to compute more, faster, and cheaper — Lagrange steps in with a decentralized ZK proof network and a powerful ZK Coprocessor.


What makes Lagrange different?


• ZK Infrastructure for Real Use: Lagrange brings scalable, verifiable computing to smart contracts, AI inference, and cross-chain interactions.

• EigenLayer Integration: By leveraging Ethereum restaking via EigenLayer, it ensures a secure and decentralized node network.

• Token Utility with LA: The LA token powers governance, staking, and rewards for proof generation tasks, creating a self-sustaining ecosystem.


Lagrange isn't just theory — it's the foundation for a new wave of trustless computation and AI in Web3.


#ZKProofs #Web3Infrastructure #Lagrange #EigenLayer