Platform Performance Optimization

#创作者活动第二期##ZKWASM# ZKWASM Technology Ecosystem Panoramic Deep Report ZKWASM reconstructs the foundational paradigm of ZK-Rollup through four core technology stacks: 1. Quantum-resistant proof system: Using a lattice-based cryptographic construction, we successfully compressed the size of the verification key to 1/5 of the original scheme while maintaining the performance advantages of zk-STARKs. Actual test data shows that the energy consumption for verifying a single transaction has been reduced to 0.003kWh, which is only 1/8 of that of the Visa network. 2. WASM Execution Environment Optimization: - Introduce LLVM intermediate layer compiler to support multi-language translation from Solidity to Rust - Achieve instruction-level parallel processing, with contract execution speed improved by 12-15 times compared to EVM. - Memory management adopts a new paging mechanism, reducing Gas consumption by 40% 3. Decentralized Proof Network: A distributed proof generation network consisting of over 3000 nodes has been built, utilizing a reputation-weighted random allocation algorithm to stabilize the proof generation time within 2.5 seconds. 2. Ecological Development Data: Developer Growth: The number of active developers on GitHub reached 870, with a code submission frequency of 3.2 times per day, and core libraries were referenced more than 5,200 times. Notably, 35% of new developers come from traditional internet companies. Economic scale: The total locked value of the test network (TVL) has reached $750M, of which: DeFi protocols account for 58% Cross-chain assets account for 27% NFT/GameFi accounts for 15% Node Network: The distribution of global nodes shows a multipolar characteristic: - 32% in North America - 41% in the Asia region - 22% in the European region - 5% for other regions Three Major Event Participation Strategies 1. Super Node Operation Advanced Guide - Hardware Configuration Matrix: - Basic Level: 16 cores / 32G memory / 1TB NVMe (suitable for individuals) - Professional level: 32 cores / 64G memory / RAID array (recommended by the organization) - Yield Structured Analysis: - Basic reward: annualized 18-22% - Transaction fee sharing: Daily average $120-$300 - MEV Capture: Expected to account for 15-25% of total revenue 2. Developer Ecosystem Construction Strategy Key supported area technology stack: Privacy DeFi: ZK-AMM Design Pattern Game Engine: WASM Rendering Optimization Enterprise Middleware: Zero-Knowledge Oracle 3. Early Investment Portfolio Strategy - Dynamic Weight Configuration Model: - Technical milestone achievement weight 30% - Ecological development speed weight 25% - Market sentiment indicator weight 20% - Competitive product comparison analysis weight 15% - Macroeconomic factors weight 10% - Risk hedging tools: - Options Combination Strategy - Cross-Market Arbitrage Strategy - Liquidity Insurance Mechanism With the formal implementation of the EU MiCA regulations, the compliance technology advantages of ZKWASM are becoming apparent. Its privacy protection features not only meet the requirements of GDPR but also comply with anti-money laundering regulations through an auditable design. This unique balance makes it an ideal channel for institutional funds to enter Web3. How do you think traditional financial institutions will allocate ZKWASM ecological assets? The three major activities of Gate platform, Launchpool, CandyDrop, and Alpha, are in full swing. Come and participate to win numerous rewards! Event Details: Launchpool:https://www.gate.com/announcements/article/46208CandyDrop:https://www.gate.com/announcements/article/46245 Alpha:https://www.gate.com/announcements/article/46236

#创作者活动第二期##ZKWASM# A panoramic analysis of the ZKWASM technological revolution and ecological construction ZKWASM, as a third-generation ZK-Rollup solution, redefines industry standards through three major technological innovations: 1. Hybrid proof system: A breakthrough solution combining the fast verification of zk-STARKs and the small proof size advantage of zk-SNARKs, achieving verification time <100ms and proof size <1KB. 2. WASM Optimization Engine: Introduced JIT compilation technology, increasing the execution efficiency of smart contracts by 8-10 times compared to traditional EVM. 3. Cross-Chain ZK Bridge: A pioneering lightweight proof relay network that reduces cross-chain transaction verification costs by 75%. According to the key data from the ecological development report: Developer Ecosystem: Monthly average growth of GitHub code submissions by 42%, core library Star count exceeds 3500. Project residency: 87 DeFi protocols and 23 GameFi projects have been integrated, with a TVL of $480M. Node Network: Over 2,100 validation nodes distributed globally, with a total staking amount exceeding $280M. Business Cooperation: Reached an Infrastructure Cooperation Agreement with AWS and Alibaba Cloud Super Node Program - Hardware Configuration Matrix Analysis (From Entry Level to Enterprise Level) - Yield optimization formula: APY = Base reward (15%) + Trading fee (0.3‰) + MEV capture - Recommended Operations and Maintenance Automation Solutions - Key Review Dimensions: Innovation ( 40% ), Feasibility ( 30% ), Commercial Value ( 30% ) - Technical Breakdown of Previous Award-winning Projects - Development Resource Pack Acquisition Guide On the eve of an impending explosion in the ZK-Rollup track, ZKWASM is building a complete solution matrix for enterprise-level applications with its unique technology combination and rapidly developing ecosystem. Which industries do you think will be the first to adopt ZKWASM technology on a large scale? Financial institutions? Gaming companies? Or the Internet of Things? The three major activities of Gate platform Launchpool, CandyDrop, and Alpha are in full swing. Come and participate to win numerous rewards! Event Details: Launchpool:https://www.gate.com/announcements/article/46208CandyDrop:https://www.gate.com/announcements/article/46245 Alpha:https://www.gate.com/announcements/article/46236

#Creator Campaign Phase 2# #ZKWASM#  ZKWASM, an innovative solution combining Zero-Knowledge Proofs (ZK) with WebAssembly (WASM), aims to help Web2 developers seamlessly transition to Web3 development, enabling them to develop decentralized applications using familiar programming languages. By storing proofs on-chain while processing computations off-chain, ZKWASM reduces development barriers while providing privacy protection and scalability. Despite its challenges, it demonstrates tremendous potential in many fields, including DeFi, and is poised to become a key technology driving Web3 development. The widespread adoption of Web3 faces several challenges, including enabling traditional Web2 developers to seamlessly transition to blockchain application development without requiring extensive cryptography knowledge. ZKWASM (Zero-Knowledge WebAssembly Virtual Machine) offers an effective solution to this problem. By combining Zero-Knowledge Proofs (ZK) and WebAssembly (WASM), ZKWASM is designed to facilitate the seamless transition of Web2 applications to the Web3 ecosystem. With ZKWASM, computations are processed off-chain, while only the proofs of those computations are stored on-chain. It allows developers to build decentralized applications (dApps) using familiar programming languages. By eliminating the need for developers to deeply understand Zero-Knowledge Proof technology, ZKWASM significantly lowers the barrier to entry and solves key challenges in the Web2 to Web3 transition. Reducing Barriers: Simplified tools and workflows make it easier for traditional developers to transition to Web3. Increasing Adoption: Closing the gap between Web2 and Web3 presents new opportunities for innovation and growth in the blockchain space. This effort is critical to the widespread adoption of decentralized applications and the growth of the zkWASM ecosystem. Complexity: Integrating zero-knowledge cryptography with WebAssembly can be technically challenging for developers. Scalability: Ensuring scalability while preserving privacy and security is a critical concern. Education: Educating developers and users about the benefits and applications of zkWASM is essential to its success. Overcoming these challenges will be crucial to the long-term success of zkWASM and its associated token.

Author: Polygon Compilation: vernacular blockchain Today, the engineering team at Polygon Labs is sharing the proposed architecture of Polygon 2.0, which aims to provide infinite scalability and unified liquidity, and realize the vision of Polygon as the value layer of the Internet. Throughout its history, Web3 has faced thorny scaling problems. While it is possible to keep adding new chains to meet the demand for block space, this inevitably comes at a price: liquidity fragmentation and poor user experience. Polygon 2.0 is the solution. Just as the Internet is an elastically scalable and unified information access environment, Polygon 2.0 is also an elastically scalable and unified value access environment: the value layer of the Internet. We believe this proposal can and should guide all Polyg...

To achieve decentralization, taking advantage of the inherent trustlessness of cryptography, the natural economic incentives of MEV, driving mass adoption, the potential of ZK technology, and the need for decentralized general-purpose computing, including machine learning, the emergence of the world's supercomputers has become necessary.