《Don't Let Computation Turn into PPT! The ZK Co-Processor of @Lagrange Official is Here to Save the Day》

Blockchain computation seems to be 'stuck in traffic': to check the 'total trading volume in 24 hours', one has to build an indexer to scrape block data; transferring assets across chains, the waiting period can be nerve-wracking. @Lagrange Official plays by its own rules, its ZK co-processor acts like an 'on-chain calculator' — you throw a query at it, it computes off-chain, and directly returns a result with a ZK proof. The contract just takes a glance at the proof and accepts it, no need to recalculate from scratch. This alone has significantly improved the historical data query efficiency of DeFi protocols.

DeepProve has further loosened the constraints on AI projects. Previously, when an AI model output a prediction, if someone asked 'why should we trust you', one could only stare blankly; now, with it, a proof is generated at 158 times speed, stored on-chain, and anyone can verify 'the model indeed ran according to the rules'. The proof network supported by 85+ operators is stable enough; once it goes live on EigenLayer, it can dynamically scale even under high load, never having seen a situation of 'proof queuing'.

The $LA token has mastered the art of incentives. Nodes earn LA rewards by running proofs, and if they run slowly, their staked LA will be deducted, so no one dares to slack off; developers pay for services with LA, community governance relies on LA, and even network upgrades require LA voting to decide. Now, the top exchanges can trade $LA , and the more people work within the ecosystem, the more valuable the token becomes. Some DeFi projects have tried: previously, it took 2 hours to compute data with verification, but using its co-processor, it got done in 10 minutes, saving over half the server costs.

#lagrange has raised 17.2 million in funding to provide solid evidence: it's not just making empty promises of 'it will work in the future', it's currently providing cross-chain proofs for ZKsync and handling aggregation tasks for AltLayer. @Lagrange Official has proven that blockchain computation doesn't have to be as slow as a snail; with the ZK co-processor, it can be fast and reliable.