Optimized ZKP Network

Lumoz has made significant efforts and improvements in ZKP computation and submission. By supporting parallel computation and sequential submission of ZKP, as well as optimizing ZKP recursive aggregation algorithms and improving network communication, they have enhanced the performance and efficiency of ZKP computation while reducing computational costs.

How it Works?

Optimizing ZKP computation and submission mechanism.

Supporting parallel computation and sequential submission of ZKP, while optimizing the ZKP recursive aggregation algorithm.

The high-performance prover component.

The Aggregator is an important component of the Prover, responsible for receiving, submitting, and managing ZKP proof tasks.

Two-step submission.

Adopting a pattern of first submission + later verification, eliminating the need for unnecessary aggregation calculation of proof and addresses, achieving parallel computation of multiple tasks and sequential submission of ZKP.

Decentralized, efficient, and reliable.

Nodes

Servicing Rollups

Processed Transactions

ZKPs Submitted

BENIFIT

Benifit

Compute to Earn

DePiN nodes have anopportunity to earn MOZ token as a rewards for computing ZKProof for rollups networks and computing for AI networks.

Affordable Computility

Produce ZKP for your rollup and compute for your AI with Lumoz's Depin network. eliminating the need for expensive computing costs.

Robustize Your Work

Through the decentralized Lumoz Depin network,enhancing the robustness andstability of the rollup and AI.