Introduction

• Lagrange provides a next-generation ZK infrastructure layer, offering scalable off-chain computation and cross-chain state proofs powered by zero-knowledge cryptography.

• Built on EigenLayer restaking and modular ZK components, it enables dApps to perform heavy computations with verifiable results, without trusting off-chain providers.

• Lagrange includes two foundational products—its ZK Coprocessor and State Committees—that are redefining interoperability and computational trust in Web3.

Overview

• Lagrange delivers two core AVS offerings: a hyper-parallel ZK Coprocessor for verifiable heavy computation, and State Committees, a scalable ZK light-client layer for optimistic rollups.

• These components combine to form a modular ZK Big Data Stack, enabling trustless computation and real-time cross-chain state proofs.

• They collectively eliminate trust assumptions, reduce development overhead, and open new possibilities for data-intensive Web3 applications.

• Rather than wrestling with gas-limitations or trusting external oracles, developers can now offload complex workflows - like SQL queries or multi-chain state aggregation - to a verifiable off-chain processor.

• And instead of waiting out bridge challenge windows, Lagrange lets bridges access optimistic rollup state instantly using cryptographic attestations from robust committees.

• It introduces a new paradigm: computation and consensus that is fast, auditable, and scalable, unlocking richer applications on Web3.

• The ZK Coprocessor divides large off-chain workloads across multiple provers, generating proofs using SNARK-wrapped STARKs - enabling efficient verification of SQL, MapReduce, AI, or other batch tasks.

• State Committees are Ethereum-backed AVSs built through restaked ETH, producing scalable state proofs for rollups like Optimism, Base, Mantle, and Arbitrum, without the limited sizes of traditional validators.

• Services like Renzo, Swell, and Puffer are integrating Lagrange to transform reward mechanics and repricing logic into verifiable, trustless on-chain computations.

• Mantle committed $10M in $MNT to Lagrange’s State Committees to secure fast-finality cross-chain messaging with economic guarantees.

• Over $4B in restaked assets backed Lagrange AVS within two weeks of launch, with an additional $1.5B more committed through partners like Renzo and Swell.

• The ZK Prover Network - composed of 85+ independent operators - supports proof generation for everything from AI inference (DeepProve) to STL Coprocessing workloads.

• Lagrange’s architecture supports super-linear economic security: State Committees scale in security strength with the number of restaked operators, unlike capped validator models.

• Lagrange State Committees integrate with interoperability proto-cols such as LayerZero, Axelar, and Polymer to enhance cross-chain trust infrastructure.

Core offerings

• ZK Coprocessor: verifiable off-chain computation via horizontally scalable provers.

• State Committees: ZK light-client security for rollups delivering instant state proofs.

• ZK Prover Network: decentralized, high-liveness proving layer for multiple applications.

• Developer tooling: modular APIs and SDKs for seamless integration into Web3 stacks.

Technical edge

• Hyper-parallel architecture allows thousands of operators to process proofs simultaneously.

• State Committees enable dynamic, unbounded validator sets for cross-chain security - no spoilable subsets.

• Deploys to modular ecosystems like EigenLayer, Celestia, Base, Mantle, Optimism, and Arbitrum.

• Supports advanced use cases including AI inference (DeepProve), cross-chain messaging, and DeFi logic verification at scale.

Innovations and ecosystem momentum

• $13.2M in seed funding led by Founders Fund, with participation from top Web3 VCs.

• $17.2M Pre-Seed tranche announced June 2025 for hardware, R&D, and scaling ZK copro-cessing infrastructure.

• Live testnet “Euclid” demonstrating real coprocessor functionality.

• Rapid integrations with ecosystems like Arbitrum, Mantle, Frax, Omni, and more.

• Developer and institutional interest building with early adopters leveraging Lagrange’s primitives for advanced Web3 apps.

Market growth

• Lagrange taps into the massive demand for scalable computation and cross-chain messaging in Web3 - especially for AI, DeFi, and interoperability tools.

• Backing from EigenLayer and actors like Mantle shows confidence in the need for ZK-based shared security infrastructure.

• Lagrange’s modular design and open-source vision make it a foundational building block for the growing modular stack.

• With super-linear security and fast-finality features, it promises new verticals like loyalty reward verifications, decentralized identity, and cross-chain financial instruments.

Security

• Security foundations rest on restaked ETH via EigenLayer - creating economically robust validation for both coprocessing and state attestations.

• State Committees offer proofs secured by a dynamic, unbounded set of participants, resisting small-scale attacks.

• ZK proofs ensure immutability and correctness for computation, with slashing and gating mechanisms for misbehavior.

• Gateway-Prover architecture includes liveness penalties - operators failing to deliver lose payment or stakes, enhancing reliability.

Conclusion

• Lagrange brings a new era of trustless, large-scale computation and interoperability to Web3 - without sacrificing security or decentralization.

• Its ZK Coprocessor and State Committees enable powerful, verifiable off-chain logic and instant cross-chain state access.

• Backed by strong funding, partner integrations, and cutting-edge cryptography, Lagrange is poised to become the verifiable infrastructure layer in modular blockchain architectures.

• It turns ZK from an advanced concept into a practical utility - empowering Web3 developers to build faster, smarter, and more securely.

#lagrange @Lagrange Official $LA