Two infrastructures - @ 0G_labs and @ anoma core technology analysis @0G_labs: Infrastructure expert for on chain AI The goal of 0G is very clear: to create an AI specific operating system for blockchain, which can efficiently store, transmit, and compute massive amounts of data, solving the problem of expensive and slow AI running on blockchain. Core technology? 1. 0G Storage: Like the upgraded version of IPFS, it supports big data storage and recovery, and allows you to store models and data with peace of mind, never losing them. 2. 0G DA (Data Availability Layer): Supports ultra-high concurrency read and write, such as transmitting tens of gigabytes of data per second, suitable for gaming and training AI. 3. 0G Serving: Similar to the API layer, it can quickly provide AI inference and model calling. 4. 0G Chain: EVM compatible main chain, low development threshold, strong scalability, module layering, stable performance. Technical highlights Horizontal scalability architecture, the more nodes there are, the better they can share the load. Compatible with Ethereum, the ecosystem is easy to migrate. Full chain optimization, especially suitable for Web3 applications that require heavy computation and data, such as AI models, blockchain games, DeFi automation, etc. @Anoma: Master of Coordinating Privacy and Cross Chain Transactions @Anoma is not just a chain, but more like a decentralized operating system that allows users to simply "express their intentions", and the system automatically helps you find suitable counterparties and complete transactions, encrypting the entire process without leaving a trace. Core module 1. Typhon: Responsible for the underlying network and consensus, supporting atomic settlement between different chains (for example, if you want to buy Ethereum assets on Cosmos, you can also handle it). 2. Taiga: The core privacy engine, based on recursive ZK (super advanced zero knowledge technology), can protect every detail of transaction data. 3. ARM (Anoma Resource Machine): Similar to Ethereum's EVM, but can support more types of intelligent coordination. Technical highlights Intention driven: Users do not directly send transactions, but submit intentions of "what do I want to do", which are matched and processed by the system. • Full privacy protection: The transaction parties, amounts, asset types, etc. are encrypted, making it difficult for even on chain analysis tools to track. Cross chain atomic settlement: capable of processing transactions that are synchronized across multiple chains at once, worry free and secure. Written using Elixir (similar to WhatsApp), it is very suitable for high concurrency and distributed systems. As shown in the figure, summarize and share various dimensions