Lumoz (formerly Opside)

This report, by Tiger Research, examines how Lumoz addresses ZKP challenges with modular infrastructure and advances AI and TEE technologies. TL;DR ZKP Promise and Challenges: ZKP is a powerful blockchain technology that solves both privacy and scalability issues. However, it requires intensive computation resources, leading to high computing costs and centralization risks. The Power of Decentralized Modular Compute Layer: To solve ZKP’s problems, Lumoz uses a modular infrastructure to gather network computing power, accelerating ZK

Background With the development of Web3, decentralized AI Agents have emerged as a key application. These agents operate autonomously without relying on centralized servers, handling user data and interacting with blockchain smart contracts. However, the openness and trustless nature of Web3 pose significant security challenges. AI Agents demonstrate potential in Web3 applications, such as managing private keys, automating transactions, and supporting DAO operations. Yet, their shortcomings in trustworthiness and accountability deviate from core principles like

We’re thrilled to announce the forthcoming Lumoz’s esMOZ airdrop, distributed to all sorts of contributors! This milestone wouldn’t have been possible without the dedication and contributions of our vibrant community. Over the last two years, our community has supported Lumoz through key phases: the Pre-Alpha testnet engaged 87,567 active participants, the Alpha testnet attracted 286,179 followers, and participation in the Quidditch testnet exceeded one million. These numbers underscore the community’s strong support and trust in

Abstract: This article highlights Lumoz’s breakthrough in combining OP Stack with ZK Proof, enhancing performance and security. The new zk-proposer simplifies integration, reduces maintenance, and ensures network stability. The upgrade syncs on-chain data with proofs, optimizes contracts, and eliminates vulnerabilities. Lumoz’s innovation lowers verification latency and costs, enabling seamless OP-Stack to zk-Verifier transitions and reinforcing its leadership in blockchain scalability. Lumoz is driving blockchain scalability forward by optimizing the integration of OP Stack and ZK

1. Environmental Factors Driving Rollup Changes Layer 1 Scaling is Urgently Needed As the number of Ethereum users continues to grow, the network becomes increasingly congested, especially during initial coin offering events, causing gas fees to spike. Additionally, the rising price of $ETH has led to prohibitively high transaction fees, making small transactions impractical. Therefore, improving storage efficiency, increasing transaction throughput, and reducing transaction latency are crucial for the development of Ethereum. Arbitrum currently leads