Lagrange protocol
Overview
Lagrange is a protocol that provides stateless ZK-proof-based verification for cross-chain interoperability and data feeds. It operates as an Actively Validated Service (AVS) on EigenLayer, using a decentralized network of operators to generate and verify proofs without requiring full node execution.
Within the DeFi Intel graph, Lagrange connects to 13 tracked entities, most strongly to EigenLayer, EigenLayer, EigenLayer.
Relations
Top connections in the DeFi Intel knowledge graph (confidence-weighted, 10 of 13 total).
| Relation | Connected entity | Confidence |
|---|---|---|
restakes_on | EigenLayer | 95% |
operates_avs | EigenLayer | 95% |
is_avs_of | EigenLayer | 90% |
issued_by | La | 90% |
invested_in | Founders Fund | 90% |
deployed_on | Ethereum | 85% |
built_on | EigenLayer | 85% |
backs_avs | Renzo | 85% |
backs_avs | EtherFi | 85% |
backs_avs | Swell | 85% |
Frequently asked questions
What is Lagrange?
Lagrange is a decentralized network that uses ZK proofs to verify cross-chain state and data without running full nodes, functioning as an AVS on EigenLayer.
How does Lagrange achieve trustless cross-chain verification?
Lagrange employs stateless ZK proofs generated by its distributed operator network, allowing any chain or application to verify external state transitions without running a full node or relying on a trusted third party.
What are Lagrange State Committees?
Lagrange State Committees (LSCs) are groups of operators within the Lagrange network that jointly produce ZK proofs for specific state queries, ensuring liveness and decentralization via EigenLayer restaking.
What is Lagrange connected to?
In the DeFi Intel knowledge graph, Lagrange is linked to 13 other tracked entities, most strongly to EigenLayer, EigenLayer, EigenLayer.
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