Discover the ten highest‑paying technology positions in 2022/2023, from software architects to AI architects, with detailed role descriptions, required skills, and average salaries in the United States and China.
Tencent's newly released 'Full‑Reality Interconnection' white paper outlines how seamless integration of real and virtual worlds—driven by metaverse, Web 3.0, audio‑video processing, digital twins and blockchain—can unlock free information and value flow across social, gaming, advertising and media scenarios, while its blockchain salon series promotes industry innovation and digital‑economy transformation.
This article explains the progression from read‑only Web 1.0 through interactive Web 2.0 to the decentralized, user‑owned Web 3.0, detailing its fundamental concepts, blockchain foundations, and the implications for internet trust, ownership, and new business models.
This article outlines the progression from read‑only Web 1.0 through interactive Web 2.0 to the decentralized, user‑owned Web 3.0, explaining key concepts such as blockchain, digital identity, smart contracts, NFTs, DAOs, and the broader impact on internet trust and ownership.
This article provides a comprehensive overview of privacy computing—covering its background, key techniques such as MPC, TEE, federated learning, homomorphic encryption, and differential privacy—and examines how these technologies are applied in open financial ecosystems, including use cases, challenges, and future directions.
The Tencent‑Accenture whitepaper defines the “True Internet” as a comprehensive digital‑physical integration enabled by twin/video, remote interaction, ubiquitous intelligence, trusted protocols and unlimited computing, with blockchain serving as a core technology that underpins data ownership, trusted computing, and a wide range of industry applications.
This article explains how privacy computing technologies such as federated learning, multi‑party computation, and trusted execution environments, combined with blockchain, address data sharing challenges in the digital economy by protecting privacy, ensuring compliance, and enabling secure, trusted collaboration across enterprises and government agencies.
This article traces the evolution from Web 1.0’s read‑only static sites, through Web 2.0’s read‑write social platforms that still rent user data, to Web 3.0’s promise of read‑write‑own where users truly own digital assets, enabling permanence, cross‑platform use, tradability, and trust via decentralization.
This article presents a technical overview of the security challenges in multi‑party big‑data collaboration and explains how Trusted Execution Environments (TEE) and blockchain can be combined to protect data privacy, ensure computation integrity, and enable traceable data usage in distributed systems.
The article explains Web3’s trust‑less model and smart‑contract fundamentals—from Bitcoin’s simple script to Ethereum’s gas‑metered EVM—examines design trade‑offs such as on‑chain versus signature‑based whitelists, outlines engineering practices for immutable bytecode upgrades, and describes consensus evolution from PoW to a hybrid PoS/PoA PBFT “High‑Energy Chain.”
This collection highlights recent technical articles covering JavaScript engine memory management, building a Web3 decentralized app, Vue 3 compilation improvements, DNS query mechanisms, creating a custom JavaScript runtime, software engineering insights, singleton design pattern, low‑code remote component loading, advanced TypeScript types, and React security best practices.
This comprehensive guide walks beginners through the evolution from Web 1.0 to Web 3.0, explains blockchain fundamentals, gas fees, smart contracts, crypto wallets, and provides step‑by‑step instructions for setting up a secure wallet and launching a decentralized application.
This guide explains what a DAO is, why it matters, and provides a step‑by‑step roadmap—including naming, mission statements, community platforms, and the essential smart‑contract and token tools—to successfully create and run a decentralized autonomous organization.
The article explores Web3.0 as the Internet's latest innovation—decentralized, word‑creating, and akin to a street stall—detailing its evolution from Web1.0 and Web2.0, the rise of DAOs, reduced friction and cost, emerging opportunities, and the risks and uncertainties faced by both enterprises and ordinary users.
This article provides a thorough overview of Web3.0, covering its evolution from Web1.0 to Web3.0, core blockchain concepts, NFTs, DAOs, gas fees, and presents a practical, step‑by‑step tutorial for building, testing, and deploying a decentralized application (DApp) using Solidity, Truffle, Ganache, and MetaMask.
This article explains the evolution from Web1.0's click‑driven model through Web2.0's interactive, user‑generated content to Web3.0's decentralized, protocol‑based ecosystem, highlighting each stage’s core principles, strengths, weaknesses, and the emerging shift toward personalized, low‑friction internet experiences.
The article outlines the most influential mobile app development trends for 2022‑2023, including 5G adoption, AI and machine learning, AR/VR, blockchain, mobile commerce, progressive web apps, instant apps, beacon technology, and wearables, highlighting how each technology reshapes performance, user experience, and business opportunities.
The 2022 mobile app development landscape is shaped by rapid advances such as 5G, foldable devices, AR/VR, AI, blockchain, predictive analytics, IoT support, and evolving user expectations, making it essential for developers to adopt these trends to create fast, secure, and innovative applications that stand out in a crowded market.
The guide walks readers through Web3’s evolution from Web1.0 to blockchain‑driven Web3.0, explains core concepts such as decentralized ledgers, smart contracts, gas fees and consensus, then details DApp architecture and provides a step‑by‑step tutorial building a pet‑adoption DApp with Solidity, Truffle, MetaMask and a Vue/React frontend.
The DataFun 2022 summit on data security and privacy computing brings together leading experts from industry and academia to discuss the latest advances in federated learning, multi‑party computation, trusted execution environments, blockchain integration, and their applications across finance, healthcare, telecommunications, and digital government.
This article explains what NFTs are, traces their emergence from early blockchain experiments to the 2021 NFT boom, categorizes them into community, art, and low‑value types, and illustrates each with well‑known projects and market data.
The article explains the evolution of the Internet from Web1.0 to Web3.0, describes major corporate initiatives by Google, Walmart and the NBA, analyzes why large enterprises are eager to adopt Web3.0, and outlines the future practical scenarios and challenges of the decentralized web.
This article examines data usage control and multi‑party secure computation, covering relevant Chinese policies, the technical mechanisms such as computing contracts and blockchain integration, and future directions for regulatory digitization and standardization, while emphasizing trust, auditability, and privacy preservation.
This article walks through blockchain fundamentals, explains key concepts like decentralization, immutability, and proof‑of‑work, and provides a complete JavaScript implementation with code examples, testing steps, and a practical demo that records World Cup predictions.
The article explains the evolution of the web from read‑only Web 1.0 through read‑write Web 2.0 to the read‑write‑own vision of Web 3.0, describing its relationship with blockchain, decentralization, and the practical challenges of truly decentralized applications.
A bug in the AkuDreams 3D‑animation NFT auction smart contract locked 11,539.5 ETH (worth about $34 million) and prevented refunds, prompting the developer foobar and the project team to investigate, disclose two contract errors, and eventually offer a partial 0.5 ETH refund to affected bidders.
A critical logic mistake and a refund‑queue vulnerability in the Akutar NFT project's AkuDreams Solidity contract caused 11,539 ETH (about $34 million) to become permanently locked, illustrating how subtle coding errors can freeze massive crypto assets.
The article explains the fundamental differences between Web2 and Web3, emphasizing decentralization, verifiable trustless networks, native token payments, new company formation models, and identity management through wallet addresses, illustrating how blockchain-based protocols enable decentralized applications and token economies.
This guide outlines a step‑by‑step Web3.0 learning path covering fundamental computer science, frontend and backend web skills, decentralized application (DApp) concepts, smart‑contract development, and essential tools, enabling newcomers to become competent blockchain developers.
The article analyzes Gartner's 2026 metaverse forecast, outlines three development stages, examines the driving technologies such as 5G, AI, blockchain and VR/AR, and breaks down the industry chain into underlying tech, interaction devices, development platforms, and applications to show how the metaverse will transform work, consumer experiences and the broader internet ecosystem.
The article presents IT Juzi's continuously updated database of Chinese internet companies that ceased operations between 2014 and 2022, highlighting notable failures across education, finance, gaming, and blockchain sectors, summarizing survival durations, investment histories, and primary reasons for closure.
This article explains what non‑fungible tokens (NFTs) are, how blockchain and Bitcoin work, the role of Ethereum and ERC‑721 smart contracts, and explores practical uses of NFTs in both digital and physical contexts.
This article explains what NFTs are, how they differ from fungible assets, the underlying blockchain technology including Bitcoin and Ethereum, the mechanics of mining and consensus, and demonstrates the ERC‑721 smart‑contract interface that enables non‑fungible tokens.
This 2022 Rust ecosystem report surveys the language’s project health, application trends in fields such as machine learning, GUI, networking, blockchain, and cloud native, as well as job market distribution and educational adoption, providing a comprehensive map of Rust’s current landscape and future prospects.
The article presents a detailed 19‑section knowledge map for software architects, covering everything from core responsibilities and fundamentals to distributed caching, messaging, load balancing, performance testing, OS, algorithms, networking, databases, JVM, micro‑services, DDD, security, high availability, big data, and blockchain, with visual mind‑maps for each topic.
The article outlines the concept of the metaverse, its two‑stage development path, IDC's ten 2022 predictions for hardware, platforms, AI, blockchain and market growth, and highlights the major players, industry layers, and the broader digital economy impact.
This article presents a series of downloadable system architecture templates covering DMP, blockchain, data quality governance, enterprise technology, data architecture, Xelerator, alarm platform, microservices, front‑back separation, and a generic architecture, each illustrated with descriptive diagrams and brief explanations.
This article provides an overview of Web3.0 and the Metaverse, tracing their origins from early concepts like the semantic web and blockchain, describing their key characteristics such as decentralization, AI‑driven search, 3D graphics, and virtual tourism, and discussing current industry competition and future implications.
This article explains what NFTs are, how non‑fungible tokens differ from fungible assets, the underlying blockchain technology including Bitcoin and Ethereum, and demonstrates the ERC‑721 smart‑contract interface that enables unique digital ownership.
The article explores the soaring prices of metaverse real estate, highlighting a player who spent $450,000 to become Snoop Dogg’s virtual neighbor in Sandbox, the rapid growth of virtual land sales, major investments from firms like SoftBank, and the broader implications for NFTs and the future digital property market.
The article defines the metaverse as a networked virtual reality where avatars live and work, outlines its societal significance, examines major tech players' investments, and breaks down the ecosystem into layered structures and eight key development categories, providing a concise industry snapshot.
The article explains how the metaverse differs from traditional online games by enabling user‑generated content, unique digital assets secured by NFTs and blockchain, and a decentralized economy built on cloud, 5G, and VR technologies, illustrating its impact on the industry.
This presentation explains how federated learning can meet new regulatory requirements for financial data sharing by introducing audit‑enabled models, incentive mechanisms, blockchain‑based data marketplaces, and a Federated AI Hub that together address compliance, security, and practical deployment challenges in the finance sector.
This article presents a comprehensive overview of how federated learning can be applied to financial data sharing, covering regulatory pressures, audit‑ready blockchain solutions, privacy‑preserving PSI techniques, incentive‑driven data marketplaces, and future directions for secure, compliant AI deployment in the finance sector.
The 2021 Pan‑Terminal Security Workshop, jointly organized by the China Computer Federation and OPPO at Xi'an Jiaotong University, gathered leading academics and industry experts to discuss AI‑driven security, kernel protection, and blockchain finance, offering livestream access and video recordings for the research community.
This article offers a beginner-friendly overview of blockchain technology, covering the origins of Bitcoin, the Ethereum platform, smart contracts, oracles, and decentralized applications, while explaining how decentralized networks provide transparency, freedom, and security compared to traditional financial systems.
This article outlines the concept of enterprise digital transformation, detailing network evolution, platform‑centric infrastructure, business deconstruction, customer‑focused data value creation, and the importance of measurable value improvement as a core metric for successful digital change.
The article traces the Metaverse from its literary origin in Neal Stephenson's 1992 novel, explains the current investment frenzy by major tech firms, defines the concept through examples like the Oasis and Roblox's eight attributes, and outlines the key technologies—5G, edge computing, VR/AR/MR, blockchain, and AI—required to realize it while highlighting cost challenges.
From its debut in Neal Stephenson’s 1992 novel to today’s corporate frenzy, the Metaverse—defined by immersive virtual worlds, identity, social and economic systems—relies on emerging technologies like 5G, VR/AR, edge computing, blockchain, and AI, yet faces significant cost and implementation challenges.
A 12‑year‑old British boy created a pixel‑style whale collection, sold it as NFTs on Ethereum, earned over 1.5 million USD, and sparked discussion about the value, technology, and cultural impact of non‑fungible tokens in the digital art market.
This article explains how blockchain technology can speed up payment processing, simplify receipt handling, enable self‑executing smart contracts, cut transaction fees, and strengthen security, thereby transforming the payment landscape for online retailers.
This article explains the technical foundations of Bitcoin—including its 2008 white‑paper origin, asymmetric encryption, wallet addresses, transaction verification, mining rewards, block size debates, and the peer‑to‑peer network—providing a comprehensive, non‑investment‑focused overview of how the cryptocurrency works.
Discover the most popular Java open‑source repositories on GitHub for May, including high‑performance API gateways, design‑pattern libraries, cloud‑native messaging platforms, multi‑language algorithm collections, data‑integration tools, and blockchain implementations, each with star counts and brief overviews.
This article explains the challenges of distributed consistency in decentralized environments and provides an in‑depth overview of classic consensus algorithms such as PBFT, Proof‑of‑Work, and Proof‑of‑Stake, including their mechanisms, limitations, and suitable application scenarios.
After repeated domain takedowns, Sci-Hub's founder registered a new site on the Handshake decentralized DNS network, allowing users worldwide to reach the database via NextDNS and HNS gateways, while the article explains Handshake's operation, market growth, and its broader implications for Web 3.0 censorship resistance.
The article analyzes distributed cloud as a breakthrough cloud model that defines service location, bridges gaps in hybrid cloud, evolves through four phases, and underpins emerging use cases such as edge, blockchain, and AI security, offering enterprise architects strategic guidance for 2024 and beyond.
This article details BTC.com’s journey from a legacy batch‑oriented analytics stack to a modern real‑time OLAP architecture using Flink, ClickHouse, Kafka, and Kubernetes, highlighting the business drivers, technical choices, architectural evolution, optimizations, and future directions.
This article compares consortium (alliance) chains with public chains, explains why consortium chains are favored in enterprise scenarios, and details Hyperledger Fabric's admission mechanism, including MSP identity, channel architecture, and member management, supported by diagrams and practical examples.
This article explains the key differences between consortium (permissioned) and public blockchains, details Hyperledger Fabric’s architecture—including MSP, channels, and ordering services—and describes how Fabric implements an admission mechanism to control network membership.
This weekly roundup covers the upcoming Cloud Connect China conference, new national standards for big data, cloud and blockchain, China’s first blockchain forensic institute, the Dual‑Gigabit network plan, Edge PWA visual parity, record cloud infrastructure spending, the involution neural operator, and a reinforcement‑learning approach to conversational search risk control.
This article uses a simple story and clear diagrams to explain what blockchain is, how blocks and proof‑of‑work operate, why decentralization matters, the role of Bitcoin, common attacks, limitations, and real‑world applications across IoT, insurance, and healthcare.
This article documents a developer’s attempt to run Ethereum mining software on an M1‑based MacBook Air, detailing the required patches, compilation steps, observed hash rates, daily earnings, and how the performance compares with traditional GPU miners.
This article surveys modern disaster‑recovery techniques, explaining how software‑defined storage, Ceph RBD Mirror, container platforms, hyper‑converged infrastructure, cloud and edge computing, and blockchain can be combined to achieve seamless, fault‑tolerant data protection across on‑premise and cloud environments.
This article provides a comprehensive overview of Polkadot, explaining its relay‑chain and parachain architecture, cross‑chain interoperability goals, detailed transaction lifecycle across five stages, the nominated proof‑of‑stake (NPoS) consensus mechanism, and the growing ecosystem of applications built on the platform.
The article presents data‑driven predictions for 2021, covering cloud dominance, edge computing growth, multi‑cloud strategies, Kubernetes supremacy, the rise of quantum computing, blockchain evolution, AI democratization, deep‑learning frameworks, modern databases, big‑data processing, low‑code platforms, software architecture diversity, programming language shifts, and the future of web and mobile development.
The article presents a data‑driven forecast of the most important software‑development trends for 2021, covering cloud and edge computing, multi‑cloud strategies, container orchestration, quantum computing, blockchain, artificial intelligence, deep‑learning frameworks, modern databases, big‑data processing, low‑code platforms, various programming languages, and client‑side and server‑side frameworks.
The JD Group Technology Committee’s 2020 white paper analyzes five key future technology trends—Artificial Intelligence, Internet of Things, Blockchain, Autonomous Systems, and Next‑Generation Computing—detailing their breakthroughs, industry applications, and how they will reshape supply chains, retail, finance, healthcare, and smart cities.
The article explains how EpiK uses blockchain‑based storage, incentive mechanisms, and DAO governance to build a decentralized, open‑source knowledge‑graph platform that addresses AI data needs, coordination challenges, and encourages participation from experts, miners, and bounty hunters.
This roundup covers Linus Torvalds' criticism of Intel's ECC memory policies, a Chinese real‑estate employee sentenced for deleting 9 TB of data, Pinduoduo's apology over a controversial Zhihu comment, Xiaohongshu's service outage, GitHub restoring access for Iranian developers, the latest TIOBE language rankings, average programmer salaries in China, a UK engineer discarding 7 500 bitcoins, and David Recordon's appointment as White House technology director.
This article explores EOS as a leading Blockchain 3.0 platform, detailing its layered architecture, consensus mechanisms, resource management model, account system, smart contract framework, and how Suning leverages EOS for a scalable distributed data storage solution.
This article analyzes the technical design, deployment options, data handling, governance, and future direction of the ZhiXin blockchain platform, illustrating how it ensures immutable evidence storage, smart‑contract execution, cross‑chain transactions, and compliance within a consortium environment.
This article outlines five key big‑data trends for 2021—including the rise of augmented analytics, the convergence of big data with blockchain, the growing importance of knowledge graphs, data‑driven health innovations, and climate‑focused analytics—highlighting their impact on organizations and future technological landscapes.
The article examines the rise of Blockchain-as-a-Service (BaaS) as a strategic bridge between cloud computing and blockchain, outlines Tencent Cloud's TBaaS architecture, and showcases a real-world warehouse‑receipt financing case that integrates IoT, AI, and distributed ledger technology to lower costs and boost trust in supply‑chain finance.
The article reviews JD’s recent blockchain technology salon, detailing JD Chain and BDS products, their enterprise applications in smart supply chain, retail, finance, and electronic contracts, and outlines the platform’s architecture, performance, open‑source strategy, and future integration with cloud and AI.
This roundup covers JD's upcoming open‑source graph AI platform, LINE's CBDC talks with Asian central banks, NASA's lunar 4G network plan, Microsoft‑SpaceX cloud rivalry, Nvidia's Ampere GPU supercomputer, Intel‑powered AI satellite, a heterogenous GNN for malware detection, and a brain‑inspired computing architecture advancing AI research.
Marking the first anniversary of the “Blockchain 1024 Speech”, JD Digits released its 2020 Blockchain Technology Practice Whitepaper, detailing how its open, enterprise‑focused platform integrates with AI, cloud, big data and IoT to enable traceability, digital finance, smart city, and insurance innovations across numerous industry case studies.
This article surveys the most influential web development technologies for 2020, covering emerging standards such as WebAssembly, progressive web apps, AI integration, blockchain, and leading frameworks like PHP, Symfony, Express.js, Django, and Angular, while highlighting market statistics, use cases, and future growth prospects.
Damai’s TicketingPaaS combines high‑performance snapshot caching, SVG‑based seat digitalization, and LoRa‑enabled edge intelligence to handle Double‑11‑scale traffic, ensure seat consistency, and provide resilient on‑site entry, while offering extensible APIs and exploring blockchain and 5G for future ticket authenticity and immersive experiences.
JD Digits' JACOBI Blockchain Innovation Lab unveiled a series of breakthrough research results—such as the Dumbo and Dumbo‑MVBA asynchronous consensus protocols, a blockchain identity management scheme, and a storage‑time proof—demonstrating leading academic contributions across consensus, cryptography, and distributed applications.
This article surveys major blockchain consensus mechanisms—including Byzantine Fault Tolerance, Proof of Work, Proof of Stake, Delegated Proof of Stake, Practical BFT, Paxos, and Raft—detailing their principles, workflows, advantages, and challenges, and illustrates how they underpin distributed ledger security and performance.
This article details Red Pulse's journey of integrating the NEO blockchain, the security vulnerabilities it faced—from token theft and credential‑stuffing attacks to sophisticated social‑engineering exploits—and the comprehensive technical measures, monitoring tools, and mitigation strategies it implemented to protect its platform and users.
In this in‑depth interview, senior designer Liang Yulong shares his five‑stage design career, contrasts blockchain UI with traditional finance, explains the visual shift from crypto to fast‑play games, and offers advice on cross‑industry growth, skill development, and recommended reading.
The IDCF roundtable transcript presents a comprehensive discussion on bank digital transformation, covering the digital banking blueprint, characteristics of digital transformation, the strategic value of enterprise architecture, required capabilities for business architects, and practical perspectives on AI, blockchain, cloud, and IoT integration.
This article reviews Microsoft’s new open‑source portal, Google’s Chrome URL‑hiding experiment, the YAM cryptocurrency bug that locked millions, and the launch of Bootstrap’s official SVG icon library, highlighting their goals, technologies, and community impact.
This article describes a technical solution that combines a custom Android handwritten signature component with blockchain storage to ensure electronic document authenticity, prevent tampering, support multi‑level approval, and enable seamless signing across mobile and web platforms.
Unlike traditional client‑server databases, blockchain stores data across decentralized nodes, offering built‑in security and immutable history, but at the cost of slower performance and limited confidentiality, making it suitable for specific record‑keeping functions while centralized databases excel in speed and controlled access.
This article examines the current status, strategic importance, and underlying reasons for federated learning and blockchain, compares their similarities and differences, and explores how their complementary strengths can be combined to create trusted, privacy‑preserving, and value‑transfer solutions in the digital economy.
This article compares federated learning and blockchain, explains their shared trust foundation, outlines their distinct applications, and describes two integration patterns that combine privacy‑preserving AI with immutable decentralized ledgers to create new value in the digital economy.
The article explains blockchain as a decentralized, tamper‑proof distributed ledger built from a peer‑to‑peer network, block structure, consensus, cryptography and smart contracts, outlines its evolution from information to value internet, classifies public, consortium and private chains, and details Tencent Cloud’s BaaS platform, Zhixin Chain evidence services, and various technical solutions and use‑cases such as data integrity, supply‑chain traceability and asset tokenization.
The article reviews a Tencent Cloud closed‑door forum where industry experts dissect the banking sector’s digital transformation, outlining enterprise‑architecture‑driven strategies, key enabling technologies such as cloud, AI, big data and blockchain, and practical insights from Q&A sessions and ThoughtWorks’ models.
Blockchain combines peer‑to‑peer networking, cryptographic hashing, consensus and smart contracts to create immutable, traceable, shared ledgers, classified as public, consortium or private chains, enabling trustless value transfer and tokenized assets across banking, judicial and supply‑chain applications, with Tencent Cloud providing tailored solutions that support China’s national strategy for efficient, low‑cost asset highways.
This article provides a clear, beginner‑friendly explanation of blockchain technology, covering its nature as a decentralized distributed database, the structure of blocks and hashes, the mining process with difficulty adjustment, and how forks are resolved, while highlighting its advantages and limitations.
This report compiles interviews with 13 technology CEOs to reveal how the pandemic disrupted blockchain, IoT, logistics and remote collaboration projects, and outlines emerging opportunities such as charitable blockchain applications, smart‑manufacturing, digital‑collaboration platforms, and the role of new infrastructure in revitalising growth.
This article examines how Tencent, China NetSec, and Beiming Software built the ZhiXinChain blockchain platform to create immutable digital evidence for copyright protection, detailing the technology, workflow, benefits, and future possibilities for the content industry.
The article announces that twenty‑seven distinguished professionals from fields such as blockchain, AI, big data, databases, and distributed systems have joined Tencent Cloud’s Valuable Professional program, highlighting their backgrounds, achievements, and commitment to advancing cloud computing and enriching the developer ecosystem.
This article explores how the rise of 5G, IPv6, advanced positioning, blockchain, and digital twin technologies are driving the industrial Internet of Things, transforming manufacturing into a responsive, data‑rich ecosystem that bridges the physical and digital worlds for unprecedented efficiency and innovation.
The article analyzes how blockchain evolved from a gray‑zone technology to a national strategy, examines pandemic‑induced slowdowns, highlights three major post‑COVID advantages, outlines current industry challenges, and presents expert views on future trends, public vs. consortium chains, and startup strategies.
This article explains blockchain fundamentals, describing its structure as a decentralized distributed database, the composition of blocks, hash functions, the mining process, Bitcoin’s application, and the technology’s key advantages and drawbacks, providing a concise beginner’s overview.
Chen Hao’s lecture explains how blockchain transforms virtual open‑world games by enabling true ownership of digital assets, tokenizing land and items, fostering community‑driven development, standardizing portable NFTs, and reshaping game architecture to extend lifecycles beyond centralized platforms, illustrated through examples like Cryptovoxels and earlier sandbox worlds.
This article presents a comprehensive overview of blockchain technology, its strategic importance in China, its technical fundamentals, and how its features such as multi‑party maintenance, immutability, and smart contracts can be applied to improve transparency, efficiency, and trust in public‑welfare platforms, especially in the post‑COVID‑19 era.
