Blockchain

Decentraland was among the first projects to pioneer the concept of on-chain virtual worlds, with MANA serving as its primary native token. Users can use MANA to buy virtual land, trade digital assets, engage in DAO governance, and enable seamless value circulation across the entire Metaverse ecosystem.

Decentraland is among the earliest on-chain virtual world projects in the Web3 Metaverse space to gain notable attention. It aims to combine blockchain, NFTs, and online social environments, allowing users to interact in a virtual world while also gaining true ownership of digital assets and virtual spaces.

Decentraland (MANA) is a blockchain-based Metaverse platform designed to support virtual land, on-chain identities, digital assets, and immersive social environments. As NFTs, Web3, and digital ownership concepts evolve, Decentraland has become widely adopted for virtual events, digital social networking, brand experiences, and on-chain virtual economies. Its primary goal is to empower users with genuine ownership, management, and trading capabilities for digital assets within the virtual world—eliminating dependence on the centralized server structures of traditional gaming platforms.

Tezos (XTZ) is a Layer 1 blockchain based on a Proof of Stake (PoS) mechanism, distinguished by its "Self-Amending Blockchain" architecture. In contrast to many traditional public chains that mainly prioritize trading performance, Tezos places greater emphasis on the protocol’s ability to upgrade continuously over time, aiming to minimize community splits and hard fork challenges.

Livepeer (LPT) is a decentralized video and real-time AI video infrastructure built on Ethereum, designed for video transcoding, live streaming distribution, and AI-powered video processing. The network delivers GPU hash rate via Orchestrator nodes and utilizes LPT tokens to manage node incentives, staking, and ensure network security.

Livepeer is a decentralized video and AI video infrastructure network. Its core operations include video task distribution, GPU-based video transcoding, and on-chain incentive coordination. When a user uploads a video, the Gateway assigns the task to an Orchestrator node, which leverages GPU resources to perform video transcoding or AI video processing.

Livepeer and Theta both serve decentralized video infrastructure, but their core positioning is distinct. Livepeer specializes in video transcoding, GPU-based video computing, and real-time AI video processing, whereas Theta prioritizes video content distribution, edge node networks, and a decentralized CDN ecosystem.

Theta Network utilizes a layered node architecture featuring three primary roles: Validator Node, Guardian Node, and Edge Node. Validator Nodes manage block generation and mainchain validation; Guardian Nodes are tasked with consensus oversight and network security; and Edge Nodes handle edge functions such as video delivery, AI inference, and GPU computing. By coordinating across these multiple node layers, Theta seeks to deliver robust blockchain security, decentralized governance, and advanced AI edge computing capabilities.

Theta Network (THETA) is a decentralized blockchain infrastructure tailored for AI, video streaming, and edge computing. By utilizing a globally distributed network of nodes to share bandwidth and GPU resources, it delivers cost-effective, highly scalable network support for video delivery, AI inference, and Web3 media applications. The ecosystem operates on a dual-token model: THETA is used for governance and staking, while TFUEL is used to cover network resource payments and transaction fees. With the advancement of generative AI and decentralized infrastructure, Theta has steadily expanded into EdgeCloud, GPU computing, NFTs, and Web3 entertainment.

Traditional AI cloud services rely heavily on large, centralized data centers. While this model delivers substantial computing power, it also comes with high GPU costs, centralized resource scheduling, and scalability challenges. Theta EdgeCloud seeks to address these issues by integrating edge nodes with cloud computing, harnessing idle GPU resources from around the globe to boost resource utilization and enhance distributed collaboration. As competition intensifies in AI infrastructure, Theta EdgeCloud has emerged as a prominent case of DePIN (Decentralized Physical Infrastructure Network) and distributed GPU networks. Its primary objective is not to replace traditional cloud platforms entirely, but to offer a more flexible model for resource collaboration in AI inference and edge computing scenarios. ## What Is Theta EdgeCloud Theta EdgeCloud is a hybrid AI cloud platform built on the [Theta Network](https://www.gate.com/learn/articles/what-is-theta-network) ecosystem. Its core approach is to combine di

THETA and TFUEL are the two primary tokens in the Theta Network ecosystem, each serving distinct roles. THETA is mainly used for governance, node staking, and ensuring network security, whereas TFUEL is utilized for paying Gas fees, AI computation, video processing, and rewarding nodes for network resource consumption. By adopting a dual-token system, Theta separates governance from operational functions, enhancing ecosystem efficiency and supporting the advancement of edge computing and AI infrastructure.

Stacks (STX) is a smart contract layer built on the Bitcoin network. It allows developers to deploy decentralized applications (dApps), DeFi protocols, and digital asset systems without changing Bitcoin’s underlying protocol. Through the Proof of Transfer (PoX) consensus mechanism, Stacks anchors transaction security to the Bitcoin main chain, while the Clarity smart contract language improves predictability and safety. As the Bitcoin ecosystem continues to expand toward programmable finance and on chain applications, Stacks is widely viewed as one of the key infrastructure layers driving the growth of the Bitcoin Economy.

Stacks and Lightning are both scaling solutions built around Bitcoin, but they do not share the same goals or technical path. Lightning Network is mainly designed to improve BTC payment speed and reduce transaction costs, while Stacks focuses on bringing smart contracts, DeFi, and decentralized application capabilities to Bitcoin. Lightning is closer to a payment network, while Stacks is more like Bitcoin application layer infrastructure. Both rely on the security of the Bitcoin main chain, but they differ clearly in architecture, asset models, and ecosystem positioning.

Proof of Transfer (PoX) is a blockchain consensus mechanism introduced by Stacks. It uses Bitcoin as the foundation for network incentives and security, creating a connection between a smart contract network and the BTC main chain. In the PoX model, miners participate in block competition by sending BTC, while users who hold STX and participate in Stacking can receive BTC rewards. Unlike traditional PoW or PoS, PoX does not depend on additional hash power or high energy consumption. Instead, it uses Bitcoin’s existing economic value and network security to keep the system running.

x402b is a payment protocol within the Pieverse system, designed to help AI Agents complete on-chain transactions without requiring users to pay Gas directly. Through fee abstraction and an agent execution model, it shifts Gas payment away from the user side and toward the system or service layer, lowering the barrier to Web3 adoption. Combined with automated execution logic, x402b allows AI Agents to complete transaction tasks continuously while generating auditable on-chain records.