The rapid growth of memecoins within the Web3 ecosystem, driven by platforms like Pump.fun, has made it easier for anyone to create tokens. However, this democratization has also led to an explosion of low-quality or bot-generated projects, often motivated by short-term financial gain. This overwhelming influx of speculative tokens creates a challenge in distinguishing viable memecoins from those that are unlikely to succeed. To address this issue, we introduce CoinVibe, a comprehensive multimodal dataset designed to evaluate the viability of memecoins. CoinVibe integrates textual descriptions, visual content (logos), and community data (user comments, timestamps, and number of likes) to provide a holistic view of a memecoin's potential. In addition, we present CoinCLIP, a novel framework that leverages the Contrastive Language-Image Pre-Training (CLIP) model, augmented with lightweight modules and community data integration, to improve classification accuracy. By combining visual and textual representations with community insights, CoinCLIP provides a robust, data-driven approach to filter out low-quality or bot-driven projects. This research aims to help creators and investors identify high-potential memecoins, while also offering valuable insights into the factors that contribute to their long-term success. The code and dataset are publicly available at https://github.com/hwlongCUHK/CoinCLIP.git.
The Web3 ecosystem is increasingly evolving to multi-chain, with decentralized applications (dApps) distributing across different blockchains, which drives the need for cross-chain bridges for blockchain interoperability. However, it further opens new attack surfaces, and media outlets have reported serious attacks related to cross-chain bridges. Nevertheless, few prior research studies have studied cross-chain bridges and their related transactions, especially from a security perspective. To fill the void, this paper presents the first comprehensive analysis of cross-chain transactions. We first make efforts to create by far the largest cross-chain transaction dataset based on semantic analysis of popular cross-chain bridges, covering 13 decentralized bridges and 7 representative blockchains, with over 80 million transactions in total. Based on this comprehensive dataset, we present the landscape of cross-chain transactions from angles including token usage, user profile and the purposes of transactions, etc. We further observe that cross-chain bridges can be abused for malicious/aggressive purposes, thus we design an automated detector and deploy it in the wild to flag misbehaviors from millions of cross-chain transactions. We have identified hundreds of abnormal transactions related to exploits and arbitrages, etc. Our research underscores the prevalence of cross-chain ecosystems, unveils their characteristics, and proposes an effective detector for pinpointing security threats.
Tomer Jordi Chaffer, Justin Goldston, Gemach D. A. T. A. I
Cooperation is vital to our survival and progress. Evolutionary game theory offers a lens to understand the structures and incentives that enable cooperation to be a successful strategy. As artificial intelligence agents become integral to human systems, the dynamics of cooperation take on unprecedented significance. The convergence of human-agent teaming, contract theory, and decentralized frameworks like Web3, grounded in transparency, accountability, and trust, offers a foundation for fostering cooperation by establishing enforceable rules and incentives for humans and AI agents. We conceptualize Incentivized Symbiosis as a social contract between humans and AI, inspired by Web3 principles and encoded in blockchain technology, to define and enforce rules, incentives, and consequences for both parties. By exploring this paradigm, we aim to catalyze new research at the intersection of systems thinking in AI, Web3, and society, fostering innovative pathways for cooperative human-agent coevolution.
This paper aims to explore the key elements of transformative leadership skills of women servants to accelerate and impact activities related to the Sustainable Development Goals (SDGs). Content analysis and qualitative interviews with case research on applying the latest technology with distributed trust networks to provide traceability in science, technology, engineering, mathematics (STEM), and sports event management in Hong Kong for primary and secondary school students were conducted in April–July 2024. The attributes of transformative leadership of women servants with innovative ways to track students’ sports competition are seldom studied for improving the quality services of sports and STEM service providers in the post-COVID-19 periods. According to the results, it is expected to have an ongoing study on innovative and sustainable ways of applying transformative leadership of women servant leadership with non-fungible tokens (NFT) and blockchain application in SDGs via strengthening the partnership of academia, researchers, business, and industry with SDGs and NFT community projects for sustainable development (SD).
Memecoins, driven by social media engagement and cultural narratives, have rapidly grown within the Web3 ecosystem. Unlike traditional cryptocurrencies, they are shaped by humor, memes, and community sentiment. This paper introduces the Coin-Meme dataset, an open-source collection of visual, textual, community, and financial data from the Pump.fun platform on the Solana blockchain. We also propose a multimodal framework to analyze memecoins, uncovering patterns in cultural themes, community interaction, and financial behavior. Through clustering, sentiment analysis, and word cloud visualizations, we identify distinct thematic groups centered on humor, animals, and political satire. Additionally, we provide financial insights by analyzing metrics such as Market Entry Time and Market Capitalization, offering a comprehensive view of memecoins as both cultural artifacts and financial instruments within Web3. The Coin-Meme dataset is publicly available at https://github.com/hwlongCUHK/Coin-Meme.git.
Universidad Alfonso X el Sabio, Oscar Barroso Huertas
Dr. Oscar Barroso Huertas, a distinguished figure in the field of strategic marketing and business consulting, was born on November 15, 1972. Holding dual nationality (Spanish and American), he has built a formidable career that spans across continents and industries. Dr. Barroso is married and resides in Madrid, Spain, where he continues to make significant contributions to his field.Early Life and EducationDr. Barroso’s academic journey is as illustrious as his professional career. He completed his Bachelor of Arts in Information Sciences, majoring in Advertising and Public Relations, from the Universidad Complutense de Madrid, graduating with a final grade of 98 in 1997. His quest for knowledge led him to pursue further studies, earning a PhD in Communication Technologies from Universidad CEU San Pablo in 2006, where he graduated Summa Cum Laude by unanimous decision. He holds an MBA from Universidad Antonio de Nebrija (2006), a Master in Digital & Interactive Arts from the School of Fine Arts in Ireland (2005), and a Certificate in Global Business Strategy from the University of San Diego (2016). Dr. Barroso also holds a Doctorate in Management from the University of Phoenix (2021) and a Post-Doctoral Degree in Marketing Intelligence from the University of British Columbia (2020).Professional CareerDr. Barroso’s professional journey began as an Art Director at EGE Design & Production in Madrid, where he worked from 1996 to 1997. He then joined McCann-Erickson as an Art Director, contributing to campaigns for notable clients like Salvation Army and J&B. His strategic acumen was further honed during his tenure as a Strategist Planner at InterPublic IPG Group in Madrid.In 1997, Dr. Barroso joined Iriem AdWorkshop as the Executive Creative Director, where he led numerous successful campaigns until 2009. His ability to drive profitability and manage creative teams was evident in his work for clients such as Grupo Delaviuda, Pepsi, and Coca-Cola.From 2009 to 2016, Dr. Barroso served as the Marketing Director for DDB Marketing Consulting in San Diego, CA, and Tijuana, BC. His leadership helped the firm achieve an average profitability growth of 61.4%, managing a diverse portfolio including Walmart, BMW Tijuana, and Smart&Final.In 2016, he founded BCB Marketing Intelligence, where he currently serves as Senior Strategist Advisor. The firm has seen remarkable success under his guidance, achieving an average profitability growth of 163%. His clients span various sectors, including tech, energy, sports, fashion, and healthcare.Nowadays he is working as Head of Business Management Grades and Sports Management MBA in UAX, Madrid.Academic ContributionsDr. Barroso’s passion for education has led him to significant roles in academia. Since September 2023, he has been the Academic Coordinator of the Sports Management MBA at UAX-Rafa Nadal School of Sport in Madrid. He also directs the Leadership in Digital Transformation Program at H2H Transformational Institute in San Diego.He has held various academic positions at CETYS Universidad, including Director of the Institute of High Direction and Academic Coordinator of the MBA program. His teaching areas include strategic marketing, business intelligence, and customer experience.Dr. Barroso has also been a professor at National University in San Diego, teaching e-commerce and strategic marketing. His research interests focus on Marketing IQ, Metaverse & Web3 Marketing, and Sports Strategic Marketing.Consulting and Advisory RolesDr. Barroso’s expertise is sought after by numerous organizations. He has served as an external consultant for Enerser Group, Meta Platforms Inc., Samsung Mexico, and GST Safety Textiles, among others. His projects have involved market research, business intelligence, and strategic planning, significantly impacting clients' operational efficiencies and market positions.Awards and RecognitionsDr. Barroso’s excellence in marketing and advertising has been recognized with several prestigious awards. He has won Gold Lions at the Cannes Lions International Festival of Creativity for his work with Dior and Suita Sweetener. Other accolades include the Gold Efi at the Marketing Communication Effectiveness Awards for campaigns with International Red Cross and Martini, and a Golden Sol at the Ibero-American Advertising Festival for MTV.His academic excellence has also been recognized, earning the Higher Education Marketer of the Year Award from the American Marketing Association Foundation in 2019.PublicationsDr. Barroso is a prolific author with several specialized books and novels to his name. His works include "Emprendeverse: Emprendiendo en el Metaverso y la Web3" (2024), "Brand Cook Book: Marcas que se cocinan con Cariño, Buen Gusto y Armonía" (2024), and "Neurojumping: NeuroMarketing in Action" (2017). He has also written novels like "El Libro Perdido de las Guerras de Dios" (2016) and "La Carta de Piedra" (2006).
The Police Complaint Management System (PCMS) is a decentralized application template designed to modernize the processes of lodging, tracking, and resolving complaints within law enforcement systems. Leveraging the Next.js framework, Web3 technologies, and blockchain integration, the system ensures tamper-proof complaint records, real-time updates, and enhanced transparency for citizens and authorities. By utilizing Wagmi and Ethers.js for seamless wallet connections, IPFS for decentralized evidence storage, and a user-friendly interface styled with Tailwind CSS, the PCMS provides a scalable, efficient, and accessible platform. With automated processes for complaint categorization and routing, as well as immutable blockchain records, the system fosters greater accountability and trust in public services. Built with TypeScript for reliability and enhanced with modular tools for rapid deployment, the PCMS exemplifies a modern, citizen-centric approach to grievance management, ensuring data security and operational efficiency in law enforcement agencies
This paper examines the role of hardware security as the basis for order in the decentralised metaverse. It does this by considering the infrastructural tools and governance practices at the heart of KONG Land, an example of a blockchain-based decentralised autonomous organisation (DAO) and decentralised physical infrastructure network (DePIN) project. KONG Land manufactures open-source microchips to create verifiable hardware that anyone can use or integrate into their own application. KONG Land’s focus on the materiality of infrastructure led them to pursue a governance model as a digital-physical, politically decentralised polity. By foregrounding the physicality and affordances of decentralised efforts to manufacture microchips, this paper shows how rematerialising digital domains leads back to questions of statehood and its purpose and provides an explanation for emerging sovereignties. Building on Olson’s (1993. Dictatorship, democracy, and development. American Political Science Review , 87 (3), 567–576) theory of the stationary bandit, the paper positions projects like KONG Land as an attempt to create a ‘better bandit’ – one that sets out to provide its citizens with a superior level of security than that offered by either nation states or the corporate metaverse, with the intention of creating the conditions for Web3 production and expansion.
The UpOn platform leverages cutting-edge modular smart contract architecture to redefine Real World Asset (RWA) management by creating a legally compliant, decentralized ecosystem for virtual office investment, launching, and rental. Built with a focus on transparency, security, and compliance, UpOn allows users to seamlessly participate in real estate investment through Non-Fungible Tokens (NFTs) that represent virtual office spaces. By integrating law firms for legal oversight, UpOn ensures that all transactions align with global legal standards, providing users and investors with trust and security. The platform comprises four main components-Invest, Launch, Rent and Legal-each of which serves a unique function within the ecosystem. The Invest section enables investors to fund new office projects through NFT minting, while Launch allows owners of established offices to tokenize their assets. In the Rent section, users can securely lease office NFTs with contract-backed agreements tailored to local regulations, and the dashboard provides realtime data retrieval from smart contracts, ensuring a transparent user experience. Finally, the Legal component, backed by law firms, safeguards user rights and enforces compliance in all jurisdictions. With its modular design and elimination of centralized databases, UpOn showcases the full potential of Web3 by simplifying the traditional complexities of RWA projects, lowering costs, and offering unprecedented accessibility to global markets.
Kilian Schmück, Magnus Schückes, Tobias Gutmann, Oliver Gassmann
Business model literature, while insightful, primarily focuses on the Internet and Web 2.0 contexts. The emergence of pioneering digital technologies, especially the Web3 anchored by blockchain, necessitates reevaluating business model paradigms, particularly those of platform business models within related ecosystems. This study delves into blockchain's unique affordances, investigating how they mold novel Web3 business model patterns and integrate into specific platform ecosystems. We scrutinize the characteristics, trajectories, and synergies of value creation and capture. Using a mixed-methods approach involving 171 interviews and a subsequent sample of 126 Web3 ventures, we delineate a taxonomy of Web3 business model dimensions, clustering emergent decentralized platform ecosystems into pertinent archetypes. Our theoretical model delineates how blockchain affordances influence these configurations, emphasizing the dynamic between a platform's nucleus and its fringes. We highlight Web3 platform design choices leaning towards data sovereignty, emphasizing how the degree of blockchain integration within platform governance—leading to information symmetry and platform disintermediation—transitions digital trust to what we term as digital truth . • Blockchain-based platforms enable new decentralized governance structures in platform ecosystems. • Two distinct Decentralized platform archetypes are identified: Federated and Web3 platform ecosystems. • Platform-inherent token is crucial for incentivization and coordination schemes in fully decentralized platform ecosystems. • Blockchain affordances offer innovative pathways for overcoming B2B platform challenges. • Our study provides managerial insights for designing blockchain-based platform strategies.
DNS is an essential component for internet access, but the traditional centralized structure is not suitable for the rapidly growing Web3 ecosystem. Currently, Web3 services rely on Web2-based access paths, revealing limitations such as the Single Point of Failure (SPoF) issue and the compromise of decentralization principles. To address these issues, this paper proposes Setonix, a blockchain-based decentralized DNS. Experimental results of the implemented Setonix showed that it had only a marginal performance difference of up to approximately 5% compared to Google and Cloudflare DNS. Additionally, it demonstrated over 95% lower latency compared to Handshake DNS, proving its high efficiency. Setonix eliminates dependency on centralized access paths and brings the hierarchical address structure of existing domain names into the blockchain network, adhering to legacy systems to minimize user resistance. Additionally, it provides a blockchain-based architecture that supports cross-compatibility between traditional domain names and Web3 domain names through a simple interface. This design significantly enhances the scalability and accessibility of Web3, presenting a new standard for decentralized internet services. By doing so, it helps to establish a foundation that contributes to the growth and innovation of the Web3 ecosystem.
Abstract Plant diseases are considered as the major bottleneck for the farmers to monitor and diagnosis with the super intelligent methods. With the onset of Artificial Intelligence, Internet of Things(IoT), predicting the plant diseases in early stages has given the bright light of hope to farmers for boosting the productivity of agriculture in which increases the country’s economy. But the current advances in the IoT-AI-driven data gathers data from the agricultural fields and integrates the strong communication system for the early prediction and diagnosis process. Though these intelligent drive systems have several advantages, these procedure have been suffering from the varied security challenges which accelerates an outcry for a cognitive systems in the form of data breaches and privacy problems. The protection of patient data remains a significant concern due to the sensitivity and value of healthcare information, especially when transmitted over the Internet. This has heightened the demand for secure systems to safeguard against data breaches and privacy issues. Similarly, in agriculture, security challenges have been addressed using Web 3.0 and Blockchain technologies, which are favored for their immutable and decentralized features. This research proposes an advanced Web 3.0 Ensemble hybrid blockchain framework to enhance authentication security within the agricultural sector. To improve the authentication process further, chaotic maps are used to generate highly dynamic hashes during the creation of genesis blocks, ensuring that all data is securely stored in the recommended approach. The framework was tested on the Ethereum blockchain using Web 3.0, with Python 3.19 as the primary programming language for developing various interfaces. The security strength of the framework was thoroughly assessed using NIST standard tests, and its robustness was compared with other blockchain models. The results demonstrate that the proposed framework provides stronger defenses against various attacks and surpasses varied approaches in terms of complexity and robustness.
As web technology continues to evolve, Web3.0 has gained significant attention for its decentralized features. The digital economy plays a crucial role in promoting high-quality economic growth and is currently expanding rapidly. However, the centralized nature of the Internet often leads to security challenges, such as data breaches and privacy violations. To address these issues, it is essential to explore how Web3.0 technologies can alleviate the difficulties faced in the digital economy. This paper discusses how Web3.0 can be integrated into the digital economy by examining recent advancements in areas like machine learning, finance, and data management. We hope this research will inspire both academics and industry professionals
The integration of technology into daily human lives has become indispensable, shaping society and emphasizing the role of humans in the development of society. This indispensable integration is illustrated by the global rise of Web3, a decentralized application ecosystem that utilizes advanced technologies, such as crypto assets, non-fungible tokens (NFTs), decentralized finance (DeFi), decentralized autonomous organizations (DAOs), and the Metaverse. These technologies offer significant benefits alongside unique risks and challenges, necessitating innovative regulatory strategies to address them. The inherent tension between promoting innovation and safeguarding citizens’ interests requires a flexible and comprehensive regulatory framework for Web3 in Kenya, capable of adapting to the rapidly evolving technological landscape while simultaneously managing emerging risks. This research aims to identify key principles for developing effective Web3 regulations and argues for Kenya’s regulatory recognition of Web3 technologies, emphasizing potential benefits such as increased innovation, digital sovereignty, financial independence, and economic development. It also explores different regulatory strategies, such as self-regulation, co-regulation, and the implementation of co-regulatory tools like public-private dialogue (PPD). The findings propose that Kenyan regulators should adopt flexible, forward-thinking regulatory strategies that can navigate the complexities introduced by these transformative technologies.
Cassio Renan Firmino das Chagas, João Marcelo Teixeira
A iniciativa Web3EduBrasil busca democratizar o acesso à educação sobre tecnologias Web3 no Brasil, promovendo um ambiente colaborativo onde tanto iniciantes quanto profissionais podem aprimorar seus conhecimentos e habilidades. Este artigo descreve a estrutura e os objetivos da Web3EduBrasil, incluindo seus Nós de Inovação, Programa de Mentoria e compromisso com os princípios ESG. A abordagem descentralizada da iniciativa capacita os participantes, promove a inclusão digital e impulsiona a inovação em diversos setores, como arte, negócios e sustentabilidade. Ao integrar educação, inovação e responsabilidade social, a Web3EduBrasil prepara os indivíduos para a participação ativa na economia digital descentralizada.
This study aims to identify and assess AI and blockchain solutions in relation to journalistic authenticity and integrity. Central to our exploration is the role of blockchain technology in verifying content provenance. As a key component of a global Web3 framework, blockchain could offer a foundation for authenticating the origins of content. In this article, we explore how blockchain, with its capacity for creating immutable and cryptographically signed data records, could be applied by journalists to verify photos, videos and documents. Our analysis identified nine blockchain-based solutions for content verification, with three platforms–Attestiv, OriginStamp, and Fact Protocol–showing particular promise for journalistic workflows. We conclude that while AI and blockchain solutions are currently available to journalists today, they require high-level technical expertise. Many media companies are now venturing into this field as well, thus affecting the professional role of journalists in general. In our study, it is evident that integrating AI and blockchain in journalism is not merely about adopting new tools but also about understanding their broader implications for journalism as a profession and the convergence in society. The focus must remain on enhancing journalistic integrity and public trust to ensure that these technological advances benefit the field of journalism and, by extension, the democratic processes it supports.
Este artigo examina o papel significativo das mulheres no ecossistema emergente da Web3, apresentando as realizações de oito mulheres notáveis na área. Ele analisa como suas contribuições, incluindo inovações tecnológicas e o desenvolvimento de comunidades inclusivas, estão influenciando o futuro das tecnologias descentralizadas da internet. Além disso, o artigo discute a relevância de iniciativas como o Web3EduBrasil, que se concentram em capacitar e educar mulheres, promovendo assim a diversidade e a inclusão no espaço Web3. Esses esforços contribuem para a equidade de gênero, ao mesmo tempo em que incentivam a criatividade e a inovação na indústria.
Emerging digital economies are increasingly exploring decentralized infrastructures to expand citizen participation and reduce reliance on a small number of dominant service providers. Indonesia, one of the fastest-growing economies in the global south, has significant potential to integrate Web3 technologies into its national Digital Public Infrastructure. While previous DPI initiatives in countries such as India and Estonia have shown the value of open standards and low-cost digital services, there is limited research on how decentralized systems can support higher level digital functions. This paper examines how real-world asset tokenization can serve as an important DPI component for Indonesia. The study analyzes global initiatives in asset tokenization and decentralized identity systems and evaluates how similar approaches can be adapted to Indonesia's socioeconomic environment. The paper argues that open protocols, standardized APIs, and community operated nodes can create a transparent and interoperable infrastructure for tokenized assets. This approach would allow local communities to participate directly in validating asset information and supporting network operations.
Purpose Advancements in Internet technologies greatly influence digital humanities, yet research investigating web3 (i.e. the blockchain-based, decentralised web) within that domain remains limited. The purpose of this paper is to address that gap, presenting a state-of-the-art synthesis of web3-related technologies for digital humanities infrastructures and exploring associated risks and challenges. Design/methodology/approach Following a review of the literature, the authors scope out ways blockchain technology, peer-to-peer decentralised storage and other web3 technologies could support digital humanities infrastructures, especially in the context of digital cultural heritage. In this discussion, particular cognisance is given to the needs and aims of the UK’s Arts and Humanities Research Council funded Towards a National Collection programme, which seeks to break down the barriers that exist between the UK’s cultural heritage collections. Findings Web3 introduces novel tools and processes that could benefit digital humanities infrastructures, enabling decentralisation and facilitating open access data storage. Yet, significant barriers to adoption remain, such as the requirement for highly specialised technical expertise. Risks and challenges must also be considered prior to any use, including legal, ethical and technical safeguards. Research limitations/implications This study explores opportunities and risks of web3 for digital humanities, through the lens of digital cultural heritage infrastructures and their requirements, including decentralised storage and persistent identification. It does not provide a holistic overview of all web3 technologies. Practical implications The authors identify practical uses of web3 technologies for digital humanities projects, outlining potential applications concerning decentralised storage and persistent identification. Originality/value The authors push forward current knowledge and literature on the intersection of web3 and digital humanities, outlining also practical recommendations for scholars, practitioners and funding organisations.
As an emerging video game genre in recent years, blockchain games have attracted substantial attention due to the strengths of blockchain technology and the popularity of Web3 ideals. However, blockchain games have encountered a dilemma due to the inability to attract traditional video game players. In this paper, we compare data gathered from Twitter, webpages, and research literature through the grounded theory (Glaserian approach) to uncover that the key to transcending the current state lies in the innovation of native and engaging game mechanics. We propose a design framework for blockchain game mechanics derived from the concept of emergent games, which integrates the basic elements of emergent games with the unique features of blockchain technology, discussing its potential design directions. Finally, we implement a high-fidelity prototype to serve as a case, instantiating a novel mechanic based on this framework and providing early proof of feasibility.
Smart contracts form the core of Web3 applications. Contracts mediate the transfer of cryptocurrency, making them irresistible targets for hackers. We introduce ASP, a system aimed at easing the construction of provably secure contracts. The Asp system consists of three closely-linked components: a programming language, a defensive compiler, and a proof checker. The language semantics guarantee that Asp contracts are free of commonly exploited vulnerabilities such as arithmetic overflow and reentrancy. The defensive compiler enforces the semantics and translates Asp to Solidity, the most popular contract language. Deductive proofs establish functional correctness and freedom from critical vulnerabilities such as unauthorized access.
Muhammad Alif Solihin, Dahliah Nur, Eddy Tungadi, Iin Karmila Yusri
Indonesia's economic growth in the logistics sector is becoming increasingly significant, alongside the rising demand for goods. However, the complexity of logistics supply chain management in Indonesia still faces challenges, including security, human error, and lack of transparency. This research proposes the use of blockchain technology for a logistics supply chain management system, which is capable of storing transaction data in a decentralized and distributed manner. Ganache is used as a local blockchain server, Metamask for transactions, and smart contracts to manage user flows on a web3 dapps-based website. The research procedure includes literature study, design, development, and system testing. The test results indicate that all features and functions of the system operate as expected. The system not only successfully handles high demand and transaction spikes but also demonstrates enhanced data security, improved transparency through real-time tracking, and robust performance under high workloads. Overall, this blockchain-based logistics supply chain management system effectively secures and manages transaction data while enabling data tracking and tracing, thereby increasing transparency and handling high concurrent transactions efficiently.
The Web3 ecosystem is highly fragmented, making seamless integration difficult for over a billion Web2 businesses, enterprises, and AI protocols. As blockchains, rollups, and app-specific chains expand, cross-chain interactions remain inefficient, and liquidity is deeply fragmented. AI systems lack standardized blockchain access, limiting autonomous functionality. Intent-based interactions, crucial for AI-driven automation, face scalability issues due to the absence of robust execution platforms. Meanwhile, the current solver ecosystem is centralized, as liquidity rebalancing remains a challenge due to a lack of developer-friendly tools. Dojima's Omnichain Web introduces a universal framework that abstracts blockchain complexity, bridging Web2, Web3, and AI. At its core, OmniRollups facilitate scalable execution across chains, while the Omni Sequencer ensures atomic, secure intent processing. Linera microchains enable AI-driven transaction automation, seamlessly integrating with Web3 data streams. Ragno Network decentralizes L1 infrastructure, optimizing cross-chain liquidity flows, while the Proof Network enhances cryptographic security for omnichain transactions. Finally, the Builder Marketplace introduces a solver-driven execution layer, allowing developers to build and monetize intent-based applications without liquidity constraints. By fostering a composable marketplace at the intersection of Web2 and Web3, Omnichain Web enables the seamless flow of data, value, and computation. This framework mirrors the internet, bridging Web3 decentralization with Web2 scale to drive the next wave of adoption.
Over the last couple of years, an increasing number of organizations have arisen that are native to blockchain technology. Recent data shows that these decentralized autonomous organizations (DAOs) that are essentially ‘living on the blockchain’ are becoming increasingly popular. They are attracting substantial amounts of funds, operating both in the Web3 space and off-chain, and creating a significant source of novel tax issues. The existing tax academic research on DAOs is often limited to US domestic tax issues following from the DAO’s legal treatment. This article outlines (part of) the existing income tax landscape for the DAOs and some of the arising income tax challenges. The focus is on the general principles of domestic and international income tax systems. The authors argue that the DAOs create fundamental and practical tax issues potentially leading to income taxed ‘nowhere’. Existing tax frameworks cannot fully embed the DAOs and allow them to maintain their distinguishing features. The incorporation of DAOs does not necessarily solve the tax issues and even exacerbates them in certain cases. The authors call upon domestic and international legislators and policymakers to aim for more tax certainty for shareholders and further tax research of the DAOs.