Lagrange: Blog

Stake $LA for 20% Expected APY

Stake $LA for 20% Expected APY

Stake $LA for 20% Expected APY

Stake $LA for 20% Expected APY

Stake $LA for 20% Expected APY

Stake $LA for 20% Expected APY

Stake $LA for 20% Expected APY

Stake $LA for 20% Expected APY

Stake $LA for 20% Expected APY

Stake $LA for 20% Expected APY

Stake $LA for 20% Expected APY

Stake $LA for 20% Expected APY

Stake $LA for 20% Expected APY

Stake $LA for 20% Expected APY

Stake $LA for 20% Expected APY

Stake $LA for 20% Expected APY

Autonomous Systems Need More Than Just Speed

5.21.26

Autonomous Systems Need More Than Just Speed

5.21.26

AI Is Scaling Faster Than We Can Verify It

5.11.26

Making Hard Math Provable: Introducing Efficient Proofs for Non-Polynomial Functions

2.23.26

Lagrange's Year in Review: 2025

12.30.25

Transforming Cryptography into America’s Strategic Advantage

12.23.25

Lagrange Labs Listed in the Vulcan-SOF Technology Portal, Expanding Access to Verifiable AI for Special Operations

12.10.25

Lagrange Labs Joins General Dynamics’ Supplier Ecosystem to Advance AI Assurance Across Defense Applications

12.4.25

Lagrange Labs Added to Raytheon’s Supplier Network for Cryptographic Verification of Defense Systems

11.26.25

Lagrange Labs Joins Lockheed Martin’s Supplier Ecosystem to Advance AI for Aerospace and Defense

11.20.25

Lagrange Joins the Oracle Partner Network to Deploy DeepProve in Defense and Government Settings

11.13.25

Lagrange Integrates DeepProve into the Anduril Lattice SDK Environment

11.5.25

A Breakthrough in Secure AI: Proving Gemma3

9.28.25

Modernizing Compliance: Lagrange and the SEC

9.15.25

DeepProve-1: The First zkML System to Prove a Full LLM Inference

8.18.25

Dynamic zk-SNARKs: Lagrange's Breakthrough in Verifiable AI

7.28.25

Lagrange x Intel: Accelerating the Future of Verifiable AI

6.25.25

The Lagrange Roadmap: AI’s Next Frontier (2025)

6.25.25

Lagrange x NVIDIA: A Vision for Safe AI

6.11.25

Lagrange’s DeepProve: AI You Can Prove

5.27.25

Introducing the Lagrange Foundation

5.23.25

Turing Roulette: Humanity is in Good Hands

5.22.25

Prove Yourself on Turing Roulette Season 3: The TrAItors Tournament

5.5.25

OKX Joins Turing Roulette for Season 3: The Biggest Yet

5.5.25

Matter Labs Uses Lagrange to Decentralize Proving Across the Elastic Chain

3.20.25

Announcing DeepProve: zkML to Keep AI in Check

3.12.25

A New ERA for ZK: Decentralizing the ZK Stack

1.13.25

Lagrange Introduces the Infinite Proving Layer: Expanding Decentralized Proving to ZK Rollups

12.12.24

Introducing DARA: A New Design for ZK Prover Networks

10.29.24

Cracking the ZK Prover Network: Unlocking Proofs at Scale with Eigenlayer

10.23.24

Cracking ZK Coprocessors: Scaling Onchain Computation

9.26.24

Lagrange's ZK Coprocessor 1.0: The First SQL-Based ZK Coprocessor, Supporting Applications for Azuki, Gearbox, and More

9.3.24

Cracking Proofs: The Benefits of ZKPs and Fraud Proofs

8.21.24

Join the Lagrange Expedition towards Mainnet

8.8.24

ZK Coprocessor Euclid Testnet Phase 1 Recap

6.20.24

Lagrange Deploys First Production-Ready ZK Prover Network Powered by Coinbase, Kraken and OKX

6.4.24

Lagrange State Committees and Arbitrum Partner to Enable Efficient and Trustless Cross-Chain State Access to Arbitrum for Developers

5.24.24

Cheap & Fast Cross-Chain Queries from Fraxtal with Lagrange’s ZK Coprocessor

5.9.24

The Next Chapter for Lagrange

5.8.24

Lagrange Labs Announces $13.2M in Seed Funding to Revolutionize Big Data Applications with its ZK Coprocessing Technology

5.8.24

Lagrange Partners with Polymer to Further Blockchain Interoperability

5.2.24

Lagrange Announces Public Testnet ‘Euclid’ to Enable Ethereum’s First Verifiable Database and ZK Coprocessing

4.16.24

Lagrange Launches as First Zero Knowledge Actively Validated Service (AVS) on EigenLayer Mainnet

4.11.24

Lagrange Labs Secures $1.5 Billion More in Restaking Commitments To Expand its Parallel ZK Coprocessing

3.26.24

Announcing Rollup Coprocessing on AltLayer with Lagrange’s Parallel Prover

3.21.24

Lagrange Labs, Ether.fi Reach $500M Restaking Agreement To Secure Parallel ZK Coprocessing on Ethereum

3.20.24

Building a Light Client for Mantle With Lagrange State Committees

1.15.24

State Committees on EigenLayer via Lagrange

1.11.24

Scaling Programmable Trust On EigenLayer With Lagrange’s State Committees and Big Data Coprocessor

12.14.23

Lagrange Labs and EigenLayer Announce a Strategic Partnership

8.15.23

Announcing Polyhedra Networks & Lagrange Labs Partnership: zkBridge Fast Finality for Rollups with Lagrange State Committees

8.7.23

Building a Verifiable RetroPGF

7.4.23

Interoperability For Modular Blockchains: The Lagrange Thesis

6.19.23

A Big Data Primer: Introducing ZK MapReduce

5.25.23

Lagrange State Proofs Case Study #3: Cross-Chain Voting

10.19.22

Lagrange State Proofs Case Study #2: Cross-chain Credit Scores

10.6.22

Lagrange State Proofs Case Study #1: Cross-Chain Decentralized Identity (DID)

9.27.22

Engineering Updates

Top Posts

Making Hard Math Provable: Introducing Efficient Proofs for Non-Polynomial Functions

Lagrange's Year in Review: 2025

Lagrange Labs Listed in the Vulcan-SOF Technology Portal, Expanding Access to Verifiable AI for Special Operations

Lagrange Labs Joins General Dynamics’ Supplier Ecosystem to Advance AI Assurance Across Defense Applications

Lagrange Labs Added to Raytheon’s Supplier Network for Cryptographic Verification of Defense Systems