El objetivo general de este artículo fue analizar el crédito Fintech y su impacto en la economía de Uruguay, con un enfoque cualitativo y una revisión bibliográfica de diversas producciones científicas como Scopus, ProQuest, Scielo, Redib, Dialnet y EBSCO. La existencia de una fusión entre la industria financiera y la fusión tecnológica, dando mayor accesibilidad, mejorando la transparencia, abaratando costos y brindando agilidad a los procesos, permitiendo a las personas acceder y utilizar nuevos productos, cerrando la brecha de inclusión financiera que aún existe. Prevalece en Uruguay, así como en varios, la industria financiera y la tecnología se fusionaron, dando mayor accesibilidad, mejorando la transparencia, abaratando costos y brindando agilidad a los procesos, permitiendo que las personas accedan y utilicen nuevos productos. Asimismo, se facilitará el acceso a través de mecanismos basados en web3, por su interoperabilidad y los pilares sobre los que se construye la detección, pero también porque se construyen en el entorno del que vienen a descubrir y con el que crecieron. Por lo que, es importante que el sistema financiero, los sistemas de información utilizados, deben incluir estándares de seguridad y confidencialidad para las transacciones económicas, ya que el desarrollo de protocolos cada vez más efectivos puede motivar a los usuarios a realizar sus operaciones a través de la red. De redes, brindan la información necesaria para los negocios corporativos y de consumo y diseñan ecosistemas, los cuales van acompañando con la búsqueda de socios que se complementen y colaboren en la generación de una propuesta de valor que promueva servicios de mejor calidad a menores costos y contribuya a la reducción de riesgos que permitan el desarrollo del negocio.
Разработаны различные системы электронного голосования. Но большинство таких систем имеют такие недостатки как отсутствие прозрачности и возможности проверки правильности подсчета голосов. В статье рассмотрены вопросы разработки систем голосования с использованием технологии блокчейн. Показана возможность повышения прозрачности, защищенности и достоверности электоральных процессов на основе технологии блокчейн, особенно в условиях ограниченных ресурсов. Показана разработанная авторами практическая реализация ˗ система электронного голосования на основе технологии блокчейн с использованием смарт-контрактов на языке Solidity и пользовательского интерфейса на языке Python с библиотекой Web3.py. Проведен анализ существующих решений, выявлены их недостатки, предложена архитектура системы и реализованы основные функции: регистрация кандидатов, голосование, защита от повторных голосов и автоматический подсчет результатов. Результаты тестирования в среде Ganache подтвердили корректность работы и устойчивость системы к внешним воздействиям. В сравнении с аналогами предложенное авторами конструкция системы с применением технологии блокчейн отличается простотой, доступностью и высокой надежностью, что делает его перспективным для внедрения. Исследование эволюции систем электронного голосования, использование технологии блокчейн для систем электронного голосования способствуют разработке эффективных решений для демократического управления.
The “Emerging Technologies in the Management of Luxury Brands” chapter explores the impact of technological developments on brand management. It highlights the potential for luxury brands to engage younger consumer segments by integrating digital innovations while still preserving traditional brand values - a necessity in order to retain the exclusivity in line with luxury brand strategy. As technology investment rises in the luxury sector, brands leverage robotics, artificial intelligence (AI), blockchain and the metaverse to offer more immersive and personalized experiences. The chapter discusses various examples, such as the Aura Blockchain Consortium, which enhances transparency and authentication in product purchases, as well as innovative collaborations such as Tiffany’s CryptoPunk NFTs, which combine art, rarity and technology to appeal to digital-native consumers. The chapter also addresses the role of NFTs in digital ownership, the potential of the metaverse as a space for experiential luxury, and the challenges of aligning digital initiatives with the exclusivity and heritage of luxury brands. By examining these developments, the chapter demonstrates that luxury brands must deal with complex digital landscapes to remain relevant and innovative, engaging future generations through new digital experiences and web3 technologies.
M. M. Rakibul Hasan, Mohammod Abul Kashem, Md Mahedi Zaman Zaber, Farjana Akther Hima
Traditional fundraising methods often struggle with issues such as limited transparency, high intermediary costs, and inefficiencies in fund distribution, leading to donor mistrust and reduced participation. This paper introduces a secure, decentralized fundraising framework that leverages Ethereum based smart contracts, Web3 wallet integration, and IPFS for decentralized storage. The proposed system eliminates the need for intermediaries, enabling automated, tamper proof transactions and real time fund tracking. Key features include KYC based fundraiser verification, zero-knowledge proof (ZKP) for privacy, and zk rollup technology for improved scalability. Performance evaluations demonstrate low transaction latency, optimized gas consumption, and successful end to end integration with blockchain APIs. The system offers a practical alternative to conventional platforms by enhancing transparency, reducing operational costs, and ensuring accountable fund distribution. This framework has the potential to transform the future of charitable giving and crowdfunding through blockchain innovation.
The Inter Planetary File System (IPFS) is a decentralized, peer-to-peer file storage and sharing protocol designed to make the web faster, more open, and resilient. It allows users to store and share files in a distributed network without relying on central servers, similar to a BitTorrent-based approach, but with a few unique optimization features. In contrast to traditional HTTP, which fetches data from a single location (typically a server), IPFS retrieves data from multiple nodes holding the content. This can improve access speeds and ensure availability even if some nodes go offline. In this paper we discuss, the evolution of IPFS, key features, prime applications and future challenges. The results and concluding sections discuss the potential application areas and uniqueness offered by the storage related blockchain projects. An estimated of 10 billion USD is the market capitalization of the storage projects across top rankers which is estimated to rise exponentially over the next decade.
Оксана Гладченко, T. V. Ratushnyak, І. Д. Погорєловська, А. Р. Коротун · 5 authors
У статті розглянуто вплив комп’ютерних технологій, зокрема блокчейн-рішень, ІТ-інфраструктури та суміжних цифрових інструментів, на формування й розвиток криптовалют. Висвітлено історичну еволюцію ІТ-технологій у контексті ключових етапів розвитку криптовалютного середовища – від перших концепцій цифрових гро- шей у 1970-х роках до сучасної високотехнологічної екосистеми. Окреслено, як розвиток персональних комп’ютерів, глобального інтернету, криптографії, peer-to-peer мереж, хмарних обчислень, смартконтрактів і Web3-платформ сприяв можливості створення, функціонування та масштабування цифрових активів. На основі історичного та статистичного аналізу показано, що зростання інвестицій у блокчейн-технології тісно пов’язане з динамікою капіталізації криптовалютного ринку. Проведений регресійний аналіз продемонстрував високий рівень кореляції між ринками блокчейну та криптовалют, а також між ІТ-сектором і криптовалютами, що вказує на їхнє визначальне значення у цифровій економіці. У статті схарактеризовано модель формування криптовалюти, починаючи з концептуального етапу та завершуючи її інтеграцією в платформи обміну, зберігання та реального використання. Особливу увагу приділено ролі смартконтрактів, мережевих архітектур, тестових середовищ, безпекових протоколів та адаптації до регуляторних вимог. Зазначено, що комп’ютерні технології є системоутворюючим елементом сучасної криптовалютної економіки, а блокчейн відіграє роль ядра довіри, прозорості та безпеки в цифровому середовищі. У результаті визначено, що комп’ютерні технології є базовим структурним елементом у побудові функціональної криптовалютної екосистеми, а блокчейн виступає не просто інструментом обліку, а технологічним ядром для забезпечення довіри, децентралізації та безпеки. Таким чином, криптовалюта не є ізольованим цифровим активом, а є результатом системної взаємодії програмного забезпечення, мережевих інфраструктур, безпеки, ринкового середовища та технологічної інноваційності.
True democracy, strong trust of people in the government and legal transfer of power in the country are possible only when elections are held honestly and correctly. Modern information technologies contribute to innovative restructuring of electoral processes, ensuring optimization of the voting process, minimizing human errors, increasing accessibility for voters. At the same time, the introduction of digital technologies creates significant problems with information security, in particular, possible changes in voting results, manipulation, threats to integrity, availability, confidentiality and anonymity. One of the effective solutions for ensuring information security in electronic voting (e-voting) is blockchain technology. This study is devoted to the problem of developing a website for electronic voting using blockchain technology. Based on the study of scientific literature, the essence, principles, advantages and disadvantages of this technology are revealed. A comparative analysis of the best practices for implementing blockchain technology in the e-voting process is presented. As an example, the process of developing a website for electronic voting using blockchain technology is described: functional requirements for this system are established, the architecture of the software application is described, and a use case diagram is modeled. TypeScript was used as the main programming language for the backend development, Nest.js as a framework, PostgreSQL for data management, and Web3.js for implementing the backend functionality. The frontend was implemented using the TypeScript programming language, the React framework, and Tailwind CSS for interface design. The developed electronic voting platform demonstrates high flexibility and can be implemented for various electoral procedures. Its functionality covers both elections of officials (for example, the rector of the university) and local votes (for example, the election of the head of an academic group), as well as referendums to evaluate the activities of structural units. The data identified during the study can enrich educational materials for students of the 12th Information Technology branch.
Open access
Blockchain Technology Applications and Security
Internet Traffic Analysis and Secure E-voting
Advanced Steganography and Watermarking Techniques
Yuma Kawachi, Ion Yamauchi, Yukihiro Shintani, Toru Takagi
In today's rapidly evolving digital business landscape, Decentralized Autonomous Organizations (DAOs), leveraging Web3 technologies such as blockchain, offer innovative governance structures characterized by transparency and fairness. Despite these advantages, DAOs face significant challenges, including low participant engagement and inefficiencies in collective decision-making. To address these issues, this research explores the integration of gamification— an information science-based method—into DAO governance frameworks. Specifically, a quantitative survey was conducted among DAO participants to analyze motivational factors influencing their engagement in decision-making. Based on survey findings, four gamification mechanisms were empirically tested: physical rewards, quest settings, visualization of positive evaluations, and skill-improvement feedback. Results indicated that physical rewards significantly increased voting speed, while visualization of positive evaluations enhanced communication and active collaboration among participants. Conversely, the quest settings and skill-improvement visualization showed limited effectiveness due to operational complexity and misalignment with organizational goals. Overall, the findings offer practical insights into applying survey-based information system analysis to enhance business decision-making in Web3-based decentralized organizations.
Guy Goren, Andrew Hariri, Timothy D. R. Hartley, Ravi Kappiyoor · 6 authors
Existing decentralized storage protocols fall short of the service required by real-world applications. Their throughput, latency, cost-effectiveness, and availability are insufficient for demanding workloads such as video streaming, large-scale data analytics, or AI training. As a result, Web3 data-intensive applications are predominantly dependent on centralized infrastructure. Shelby is a high-performance decentralized storage protocol designed to meet demanding needs. It achieves fast, reliable access to large volumes of data while preserving decentralization guarantees. The architecture reflects lessons from Web2 systems: it separates control and data planes, uses erasure coding with low replication overhead and minimal repair bandwidth, and operates over a dedicated backbone connecting RPC and storage nodes. Reads are paid, which incentivizes good performance. Shelby also introduces a novel auditing protocol that provides strong cryptoeconomic guarantees without compromising performance, a common limitation of other decentralized solutions. The result is a decentralized system that brings Web2-grade performance to production-scale, read-intensive Web3 applications.
Blockchain has been widely recognized as a trusted computing paradigm underpinning Decentralized Applications (DApps). However, low performance and poor scalability of the existing mainstream blockchain designs and implementations render their prospects unattainable, so-called trilemma . Directed Acyclic Graph (DAG) emerged as an alternative blockchain architecture to address the performance and scalability issue. However, the capacity and feasibility of DAG-based blockchain systems still remain of concern, due to a lack of open source implementations and convincing published experimental results. In this article, we propose a DAG-based blockchain, named 3D-DAG , to greatly improve the scalability and performance without compromising security. The system addresses the trilemma of decentralization, scalability, and security. Technically, our 3D-DAG consists of two layers of chains: DAGchain and mainchain . The DAGchain organizes the transactions in DAG topology, without having to solve the forks. They select a small group of validators from a large number of miners to make up the committee for consensus procedures. The design of DAGchain improves scalability by enabling parallel transaction processing. Based on that, the mainchain plays the role of checkpoint, periodically packaging and recording received transactions from DAGchain for finality. We also provide a prototype implementation with detailed evaluations. Experimental results show our 3D-DAG can meet the performance (a peak value of \(9.82\times 10^{4}\) TPS) that is expected by DApps in the context of Web3.
Initially introduced to Ethereum via Flashbots' MEV-boost, Proposer-Builder Separation allows proposers to auction off blockspace to a market of transaction orderers, known as builders. PBS is currently available to validators through the aforementioned MEV-boost, but its unregulated and relay-dependent nature has much of the Ethereum community calling for its enshrinement. Providing a protocol-integrated PBS marketspace and communication channel for payload outsourcing is termed PBS enshrinement. Although ePBS potentially introduces native MEV mitigation mechanisms and reduces validator operation costs, fears of multiparty collusion and chain stagnation are all too real. In addition to mitigating these potential drawbacks, PBS research pursues many tenets revered by Web3 enthusiasts, including but not limited to, censorship resistance, validator reward equity, and deflationary finance. The subsequent SoK will identify current PBS mechanisms, the need for enshrinement, additions to the ePBS upgrade, and the existing or potential on-chain socioeconomic implications of each.
Emerging crypto economies still hemorrhage digital assets because legacy wallets leak private keys at almost every layer of the software stack, from user-space libraries to kernel memory dumps. This paper solves that twin crisis of security and interoperability by re-imagining key management as a platform-level service anchored in ARM TrustZone through OP-TEE. Our architecture fractures the traditional monolithic Trusted Application into per-chain modules housed in a multi-tenant TA store, finally breaking OP-TEE's single-binary ceiling. A cryptographically sealed firmware-over-the-air pipeline welds each TA set to an Android system image, enabling hot-swap updates while Verified Boot enforces rollback protection. Every package carries a chained signature developer first, registry second so even a compromised supply chain cannot smuggle malicious code past the Secure World's RSA-PSS gatekeeper. Inside the TEE, strict inter-TA isolation, cache partitioning, and GP-compliant crypto APIs ensure secrets never bleed across trust boundaries or timing domains. The Rich Execution Environment can interact only via hardware-mediated Secure Monitor Calls, collapsing the surface exposed to malware in Android space. End-users enjoy a single polished interface yet can install or retire Bitcoin, Ethereum, Solana, or tomorrow's chain with one tap, shrinking both storage footprint and audit scope. For auditors, the composition model slashes duplicated verification effort by quarantining blockchain logic inside narrowly scoped modules that share formally specified interfaces. Our threat analysis spans six adversary layers and shows how the design neutralizes REE malware sniffing, OTA injection, and cross-module side channels without exotic hardware. A reference implementation on AOSP exports a Wallet Manager HAL, custom SELinux domains, and a CI/CD pipeline that vet community modules before release. The result is not merely another hardware wallet but a programmable substrate that can evolve at the velocity of the blockchain ecosystem. By welding radical extensibility to hardware-anchored assurance, the platform closes the security-usability gap that has long stymied mass-market self-custody. We posit that modular TEEs are the missing OS primitive for Web3, much as virtual memory unlocked multi-tasking in classical computing. Together, these contributions sketch a blueprint for multi-chain asset management that is auditable, resilient, and poised for global deployment.
Shuning Sun, Xi Ran, Shuchao Pang, Xiaofeng Chen · 5 authors
In Web 3.0, to achieve the continuous release of the value of data elements, we start with technologies related to data circulation and conduct research and analysis on the current data element market. We find that in the traditional model of data element circulation, the sharing and exchange of multi-source heterogeneous data are disconnected from the circulation and release of data element value. This results in poor data reusability, unclear data requirements, small market size, short lifecycle of data elements and data markets, making it difficult to motivate sellers to actively participate in building the data element market, and thus hard to achieve a positive cycle of data element value release. To address this, we have conducted a strategic analysis of the value release of data elements and designed a universal reference model, DataR2E, for the entire process of value release in the data elements market. Within the DataR2E model, we introduce the concept of data element bounty production, utilizing Web3 technology and data production tools to encourage sellers to actively provide the data elements needed by buyers. We envision using data production tools to build a bridge between buyers and sellers in the data elements market, promoting the sustainable development of the data element market, overcoming the mismatch in data elements expected by buyers and sellers, thereby resolving the issues of market presence without pricing and pricing without market presence, achieving sustainable development of the data elements market, and maximizing the potential of data element value release.
The article presents a comprehensive analysis of the transition from traditional centralized digital identity models to an innovative decentralized paradigm based on block-chain technologies and zero-knowledge proofs (ZKP). It highlights the fundamental problems of existing systems that rely on centralized registries, passwords, and social logins. Such approaches create significant vulnerabilities, including risks of data breaches, mass surveillance, and manipulation, as centralized intermediaries act as sole controllers of personal information, depriving users of control over their data. In response to these challenges, the article discusses the concept of Decentralized Identity (DID). This model enables individuals to own, store, and control their digital credentials independently, without involving intermediaries. The key technological components of this ecosystem include Verifiable Credentials (VC), Digital ID Wallets, and Decentralized Identifiers (DID), which are typically stored on a block-chain to ensure immutability and security. A triadic trust model involving the Issuer, Holder, and Verifier is described, allowing data verification without direct contact with the issuing organization. Special attention is given to the concept of Self-Sovereign Identity (SSI) as a specific philosophy within DID that emphasizes user autonomy, data minimization, and privacy by design. Unlike the broader DID concept, in the SSI model, the user makes the final decision regarding the disclosure of their data. A central technology ensuring privacy in decentralized systems is zero-knowledge proofs (ZKP). ZKP allow the validation of the truthfulness of a statement without revealing the underlying information. The article provides a detailed analysis of the benefits of using ZKP in the context of DID, including selective attribute disclosure (e.g., proving legal age without revealing the date of birth), minimizing the amount of shared data, preventing correlation and user activity tracking, as well as creating reputation systems that preserve anonymity. Practical application scenarios such as private electronic voting and confidential medical data protection are examined. The paper also addresses standardization, which is key to ensuring compatibility and widespread adoption of DID solutions. Leading initiatives such as W3C Verifiable Credentials, the Decentralized Identity Foundation (DIF), and projects like Hyperledger Indy and Aries are mentioned. Examples of advanced implementations already in use are provided: Polygon’s zkKYC for private verification in DeFi, the Sismo protocol for creating anonymous reputation badges in Web3, and Evernym’s SSI platform based on Hyperledger Indy. In conclusion, it is emphasized that the combination of DID and ZKP forms a new paradigm for digital identity management focused on security and user autonomy. Despite challenges related to usability complexity, key loss risk, and legal uncertainty, the technology is actively evolving and moving from conceptual to practical application, which may eventually become the foundation for a global sovereign digital identity.
Web3 technologies have experienced unprecedented growth in the last decade, achieving widespread adoption. As various blockchain networks continue to evolve, we are on the cusp of a paradigm shift in which they could provide services traditionally offered by the Internet, but in a decentralized manner, marking the emergence of the Internet of Blockchains. While significant progress has been achieved in enabling interoperability between blockchain networks, existing solutions often assume that networks are already mutually aware. This reveals a critical gap: the initial discovery of blockchain networks remains largely unaddressed. This paper proposes a decentralized architecture for blockchain network discovery that operates independently of any centralized authority. We also introduce a mechanism for discovering assets and services within a blockchain from external networks. Given the decentralized nature of the proposed discovery architecture, we design an incentive mechanism to encourage nodes to actively participate in maintaining the discovery network. The proposed architecture implemented and evaluated, using the Substrate framework, demonstrates its resilience and scalability, effectively handling up to 130,000 concurrent requests under the tested network configurations, with a median response time of 5.5 milliseconds, demonstrating the ability to scale its processing capacity further by increasing its network size.
The emergence of Web3 technology has revolutionized numerous sectors, including gaming. Web3 gaming represents a paradigm shift in the gaming industry with the incorporation of Distributed Ledger Technology (DLT), Decentralized Finance (DeFi), and Non-Fungible Tokens (NFTs) into game development and operations. The Waterfall platform was originally created as a high-speed, high-performance network focused on financial applications. However, a number of unique features of this platform provide interesting opportunities for developing gaming applications. In this article, we consider these features and discuss how they can be adapted to solve the pressing issues of Web3 gaming.
Shivesh Kumar, S. Harsha Vardan, Adithya Yuvan, S. S. Subashka Ramesh
The Blockchain-Enabled Decentralized Supply Chain System presents a secure and scalable product authentication and counterfeiting solution through Ethereum smart contracts and cryptographic methods. Written in the Truffle framework and tested on Ganache, the system uses Solidity-based contracts to enforce the traceability of product lifecycles through a finite state machine design. Role-Based Access Control (RBAC) algorithms control manufacturers, dispatchers, and transporters so that only permitted parties can conduct transactions. Product and transaction metadata are immutably locked with SHA-256 hashing, and backend communications are encrypted with AES. Python modules embedded within Web3.py enable real-time smart contract engagement and orchestrate state changes of the blockchain with rule-based decision logic. Vehicle tracking and receipt data are also validated end-to-end by the system with digital signatures for ultimate verifiability. Decentralized architecture enables tamper-proof auditability, cryptographic integrity, and strong integration with contemporary supply chain ecosystems.
Abstract—File storage platforms face inherent challenges such as censorship, limited transparency, vulnerability to single points of failure, and restricted user control over data. To address these limitations, this paper proposes a decentralized file-sharing system that integrates the Ethereum blockchain with the InterPlanetary File System (IPFS). Our design leverages smart contracts to securely manage file metadata and enforce access controls, providing an immutable and tamper-resistant record of data ownership and permissions. IPFS is utilized for efficient, distributed file storage, enhancing scalability and availability. User authentication is handled through wallet-based cryptographic verification, eliminating reliance on centralized identity providers. Additionally, the system supports micropayment- based monetization via smart contracts, enabling direct and transparent transactions between content creators and consumers. The proposed platform delivers a secure, censorship-resistant, and user-empowered file-sharing environment consistent with the principles of Web3. Keywords- Blockchain, IPFS, Smart Contracts,
Web3 applications, such as on-chain games, NFT minting, and leader elections necessitate access to unbiased, unpredictable, and publicly verifiable randomness. Despite its broad use cases and huge demand, there is a notable absence of comprehensive treatments of on-chain verifiable randomness services. To bridge this, we offer an extensive formal analysis of on-chain verifiable randomness services. We present the first formalization of on-chain verifiable randomness in the blockchain setting by introducing the notion of Verifiable Randomness as a Service (VRaaS). We formally define VRaaS using an ideal functionality$\mathcal{F}\text{VRaaS}$in the Universal Composability model. Our definition not only captures the core features of randomness services, such as unbiasability, unpredictability, and public verifiability, but also accounts for many other crucial nuances pertaining to different entities involved, such as smart contracts. Within our framework we study a generic design of Verifiable Random Function (VRF)-based randomness service - where the randomness requester provides an input on which the randomness is evaluated as VRF output. We show that it does satisfy our formal VRaaS definition. Furthermore, we show that the generic protocol captures many real-world randomness services like Chainlink VRF and Supra dVRF. Moreover, we investigate the minimalism of the frame-work. Towards that, first we show that, the two transactions in-built in our framework are actually necessary for any randomness service to support the essential qualities. We also discover practical vulnerabilities in other designs such as Algorand beacon, Pyth VRF and Band VRF, captured within our framework.
M Y Khan, Shaik Rehan, Mohammed Abdullah, Marwan Ali
In the rapidly evolving world of digital finance,there remains a growing need to bridge the gapbetween decentralized crypto assets and traditionalfiat currency systems. RupXpay is a robust andsecure payment application designed to meet thisdemand by enabling users to convert their cryptocurrency into Indian Rupees (INR) and alsoperform direct INR transfers through their bankaccounts. The app begins by allowing users toconnect any Web3 wallet of their choice (such asMeta Mask, Trust Wallet, etc.). Upon successfulconnection, RupXpay displays the user’s real-timewallet balance, providing full visibility andtransparency. When a user wants to convert theircrypto holdings into INR, they simply enter thedesired amount, select the block chain network,choose the crypto currency, and the preferredpayment method. To initiate the transaction, theuser must provide a digital wallet signature, whichnot only authorizes the transaction but alsotriggers a temporary wallet lock for five minutes.This lock mechanism ensures the transaction dataremains secure and unaltered during theverification process, significantly reducing the riskof fraud. The system calculates applicable gas feesbased on the selected network and applies a fixed1% fee for network processing and a 2% service feecharged by RupXpay for conversion services. Onceverified, the INR amount is credited to the user’slinked bank account. In addition to crypto-basedconversions, RupXpay supports traditional bankto-bank INR transfers. By linking their bankaccount within the app, users can send moneydirectly to other users without involving cryptocurrency, making RupXpay a complete, dual-modepayment solution. By combiningblock chain technology with traditional financialinfrastructure, RupXpay provides users with areliable, efficient, and secure platform to makecrypto spendable in everyday life. It is a futurereadyfinancial tool that redefines how digitalassets are used in the real economy.
Abstract: Decentralized Media: Ensuring Secure Content Sharing and NFT Minting Through Blockchain and User Validation. is a decentralized Web3 platform designed to transform how communities engage with media, culture, and entertainment. It fosters an inclusive digital environment where creators, fans, and curators can share and celebrate content without platform-imposed restrictions. By leveraging NFT-based memberships, users gain access to curated experiences, exclusive drops, and content governance, enabling community-led decision- making in media discovery. The platform is developed using the MERN stack (MongoDB, Express, React, Node.js) to ensure seamless performance and interactivity. Smart contracts on Ethereum manage content rights, ownership verification, and creator royalties, while IPFS is utilized for distributed media hosting, ensuring tamper-proof access to visual and audio content. NFTs act as both identity tokens and engagement keys, rewarding active users and creators within the ecosystem. Decentralized Media: Ensuring Secure Content Sharing and NFT Minting Through Blockchain and User Validation. offers a scalable, creator- first framework for decentralized content ecosystems. Its mission is to empower cultural expression, foster fan-driven storytelling, and decentralize the media landscape through transparency, ownership, and collective curation. With Decentralized Media: Ensuring Secure Content Sharing and NFT Minting Through Blockchain and User Validation., communities reclaim control over digital narratives and shape the future of entertainment. Keywords: Decentralized Media, Web3 Entertainment, NFT Memberships, Creator Economy, Community Governance, IPFS Media Hosting, MERN Stack, Smart Contracts, Tokenized Access.
Abstract: Intellect Chain: Decentralized IP Trading and Licensing via Blockchain and Tokenization. is a Web3 platform designed to revolutionize the intellectual property (IP) ecosystem. By utilizing blockchain technology, the platform enables the secure tokenization, licensing, and trading of IP assets such as books, films, music, and digital media. It creates an inclusive environment where creators can directly control, validate, and monetize their IP without relying on intermediaries, empowering them to retain ownership and earn royalties in a transparent and secure manner. Developed using the MERN stack (MongoDB, Express, React, Node.js), Genesis Protocol ensures high performance and scalability for seamless user interaction. Ethereum-based smart contracts manage the licensing process, ownership verification, and royalty distribution, while IPFS (InterPlanetary File System) is used for decentralized hosting, guaranteeing tamper-proof and secure access to digital content. NFTs play a critical role in validating and minting IP assets, offering both identity tokens and access rights, and enabling creators to directly interact with consumers and other stakeholders in the ecosystem. Intellect Chain: Decentralized IP Trading and Licensing via Blockchain and Tokenization aims to empower creators, reduce dependency on traditional intermediaries, and enable the transparent, secure, and efficient exchange of IP assets. By creating a decentralized marketplace for IP, the platform fosters innovation, ensures fair compensation for creators, and redefines the way intellectual property is managed, licensed, and traded globally. Keywords: Decentralized IP Trading, Web3, NFT Licensing, Creator Economy, Blockchain Tokenization, Smart Contracts, IPFS Hosting, MERN Stack, Intellectual Property.