Effective governance plays a pivotal role in aligning the interests of diverse stakeholders and shaping the strategic directions of organizations. However, the dominant model of corporate governance often concentrates power among a limited group of directors, leading to concerns about potential power imbalances that may distort fair representation and compromise decision-making integrity. Decentralized autonomous organizations (DAOs) present an alternative model that distributes power among a broader base of stakeholders, fostering a more democratic approach to collective decision making and governance. However, the openness and fluidity inherent in DAOs can expose them to coordination challenges, governance complexities, and potential exploitation by malicious entities. In response to possible governance challenges, we consider DAOs as digital commons and adapt Ostrom's eight principles for governing the commons to propose a new governance framework for DAOs. This governance framework is designed to foster the collective stewardship of shared digital assets and the equitable distribution of decision-making authority in the Web3 era. As DAOs emerge as a novel organizational structure, our governance framework aims to maintain their resilience, inclusiveness, and decentralization, reinforcing their crucial role in the evolving Web3 landscape.
Here, we embark on a comparative analysis of token definitions as articulated by leading financial regulatory bodies across the globe. The chosen regulators represent the financial epicentres of the modern world – entities that not only influence global financial trends but also signal the regulatory future of burgeoning technologies. This section underscores the importance of understanding token definitions, given their critical role in determining the scope of regulation, compliance requirements and the overarching legal treatment of digital assets.
Unlike your average company in the more traditional lines of work and job opportunities, this upmost peculiar world of crypto once again doesn’t follow the same set of rules. In any normal corporate job, seldom would you see on your contract that the company you’ve just joined is structured as some bizarre form of fiscal structure based in what may appear to be a fiscal paradise. If that was the case, it’s more than likely that it would without a doubt raise more than one of your eyebrows. You would probably even raise that specific point in a carefully drafted email so as not to offend your new employers to the HR department asking for clarification on the intricacies of such a company structure. Here, in the world of Web3, unusual company structures and jurisdictions have actually become the norm for the majority of companies operating in this space. This isn't, however, by intention to create a shell company designed for money laundering in an offshore fiscal paradise, much like the company’s involved in the Panama Papers scandal around 2016. Believe it or not, it’s for the exact opposite reasons. Furthermore, the crypto industry has itself created new forms of company structures that some governments just don’t know how to grasp nor how to class them. When you start working in this beautiful industry and receive your first contract, you will most likely have questions and perhaps need some reassurance, especially if the company you’ll be working for has a legal status you’ve never heard of before. In this chapter, we aim to point a spotlight on these very complexities, starting with the DAO.
Web3 is becoming well-known among cloud professionals as it marks the start of a new era for the Internet based on DLT technology. This open form of the Internet is likely to cause big changes in how data is stored, managed, and accessed. Knowledgeable cloud professionals who are familiar with Web3 technologies will be better able to help their companies take advantage of the new opportunities this paradigm shift brings.
One of the most important parts of your journey in working within the crypto field is understanding the types of jobs that are available and which jobs you’ll be most successful at. This involves not just understanding the diversity of the Web3 job market and roles involved but, also equally importantly, the ones that are best suited for you. Often, I’ve spoken with recruitment agencies through my line of work, and they all say that so many individuals from the traditional job market are contacting them to find them a job position in Web3, and as this industry grows, so will the positions and candidates.
This paper presents a comprehensive statistical analysis of the Web3 ecosystem, comparing various Web3 tokens with traditional financial assets across multiple time scales. We examine probability distributions, tail behaviors, and other key stylized facts of the returns for a diverse range of tokens, including decentralized exchanges, liquidity pools, and centralized exchanges. Despite functional differences, most tokens exhibit well-established empirical facts, including unconditional probability density of returns with heavy tails gradually becoming Gaussian and volatility clustering. Furthermore, we compare assets traded on centralized (CEX) and decentralized (DEX) exchanges, finding that DEXs exhibit similar stylized facts despite different trading mechanisms and often divergent long-term performance. We propose that this similarity is attributable to arbitrageurs striving to maintain similar centralized and decentralized prices. Our study contributes to a better understanding of the dynamics of Web3 tokens and the relationship between CEX and DEX markets, with important implications for risk management, pricing models, and portfolio construction in the rapidly evolving DeFi landscape. These results add to the growing body of literature on cryptocurrency markets and provide insights that can guide the development of more accurate models for DeFi markets.
A big industry secret often swept under the rug by the crypto industry is the notion of “wartime” vs. “peacetime” companies coupled with the ability to adapt swiftly. Once employed in the crypto industry, this takes on a distinct and stark reality that you need to be prepared for. Unlike the traditional corporate world where tech giants like Google epitomize the stability and growth of “peacetime” companies, their crypto counterparts inherently operate in a constant “wartime” state. This unique environment shapes every aspect of working in Web3, from leadership styles to daily operations and employee experiences. In the crypto sector, “wartime” isn't just a phase; it's the norm. Companies are perpetually navigating through a landscape rife with volatility, regulatory uncertainty, technological disruptions, and fierce competition. This environment necessitates a continual state of vigilance, quick decision-making, and adaptability.
The metaverse, a term first coined in Neal Stephenson’s 1992 science fiction novel Snow Crash , represents a collective virtual shared space, created by the convergence of virtually enhanced physical reality, augmented reality (AR) and the Internet. This digital universe allows users to interact with a computer-generated environment and other users. The concept has evolved from fictional imaginations to a significant focus of technological development, aiming to create immersive, digital worlds where people can work, play, socialise and participate in a variety of experiences that span across both the digital and physical worlds.
The collectibles market, encompassing diverse assets such as fine art, rare books, and sports memorabilia, faces significant challenges in authentication, provenance tracking, and liquidity.Web3 technologies, particularly non-fungible tokens (NFTs), offer transformative solutions to these issues.This paper explores the application of NFTs and blockchain technology across various collectible asset classes, highlighting their potential to enhance transparency, security, and accessibility.The study explores the practical applications of NFTs, with a focus on their impact on physical collectibles, and examines the challenges and opportunities presented by Web3 integration.The paper concludes with a discussion on future research directions, emphasizing the need for comparative analyses and economic impact studies to fully understand the potential of Web3 in revolutionizing the collectibles market.
This paper presents a trustworthy architecture for Web3 service that establishes self-sovereign services. This architecture leverages decentralized identifiers (DID) and resource access control based on user trust scores and policies. By transitioning from centrally managed ID to DID, it will be possible to move towards ID management that does not rely on service providers. Trust scores are calculated by analyzing the social network generated from the history of past transactions between users stored in the blockchain. The degree of trust is quantified using measures of centrality and similarity. Centrality is measured by the number of user achievements and the extent of their connections. Similarity is calculated by estimating the communities they belong to using node embedding. These trust scores are clustered to generate policy based on role-based access control (RBAC). The authorization function is programmatically realized based on user credibility by comparing the results of the distribution of accessible resources by policy. In addition, a Web3 service broker acts as an intermediary between multiple service providers and users to provide optimal services through smart contracts. A Web3 service broker programmatically select services without intermediary agencies. A trustworthy architecture for Web3 service is shown as a case study of a home delivery service. In this scenario, Web3 service brokers offer optimal services for private companies and small and medium-sized businesses. This paper is an extended version of ”A Web3 Service Architecture with Self-Sovereign Identity” presented at iDECON/MS2023.
This paper explores Web3, the next phase of internet evolution driven by decentralization and blockchain technology, contrasting it with Web1 and Web2.It examines Web3's transformative potential in industries such as finance, art, gaming, and governance, with a focus on Decentralized Finance (DeFi), Non-Fungible Tokens (NFTs), Metaverses, and Decentralized Autonomous Organizations (DAOs).While Web3 offers significant promise, it faces challenges like scalability, security, regulatory uncertainty, and user experience issues.The paper also addresses the SEC's investigation of OpenSea, the largest NFT marketplace, as a critical obstacle for Web3's future.Finally, it discusses Web3's trajectory and highlights areas for future research.
Abstract This chapter has two purposes. First, we describe how information system (IS) scholars approach privacy research and summarize major findings. IS scholars are concerned with information privacy and have discovered that individuals have serious information privacy concerns. These concerns, however, do not prevent individuals from disclosing personal identifiable information (PII) with centralized platform providers, a phenomenon called the privacy paradox . We highlight four common explanations for the privacy paradox: privacy calculus, privacy fatigue, trust, and lack of choice. Most IS research investigated Web2 applications. Web2 is the foundation for today’s global economy. With Web2, users rely on centralized platforms for online searching, shopping, banking, data storage, social media, and other services. Second, we introduce readers to the new paradigm of Web3. Privacy protection has been the paramount logic behind the grand design of Web3 applications. Web3 is the era of the Internet that is based on decentralized infrastructures and applications, like Bitcoin and Ethereum. Web3 applications enhance information privacy compared to Web2 because individuals can access services without disclosing PII to a central authority. The privacy objective is achieved technically through a combination of digital wallets, cryptography, and distributed ledgers (a.k.a blockchain). While Web3 is still in its early days, education is an important driver of adoption.
This study provides a pioneering analysis of the features and topics of news websites in the Web 3.0 era through a comparison with non-news sites. We first classify over 4,600 Web3 sites into news and non-news types to investigate the feature characteristics of decentralized websites as well as semantic and subject categories. The most novel finding is that Web3 news sites have more features than non-news sites in terms of design systems and functions, interactivity, information quality, and hyperlinks. Furthermore, news web3 domains have more terms in semantic networks associated with information provision (e.g., “source”), whereas non-news domains have more terms associated with finance (e.g., “token”). The integration of the Decentralized Autonomous Organization, a fundamental component of the Web3 ecosystem, began in the news industry and is at an early stage in terms of functionality and structure. The study’s results are discussed in the context of future Web3 domain development.
This chapter investigates "data-opolies" within Web3 and Artificial Intelligence (AI), highlighting their implications for democracy and their impact on business and society. Data-opolies are defined as dominant entities, usually large tech corporations, that control vast amounts of data, affecting market competition and transparency. The chapter discusses how the monopolization of data by these entities creates power imbalances, challenging democratic values. It explores how AI, when controlled by data-opolies, amplifies their influence, raising concerns about privacy, ethical AI use, and equitable access to technology. The concentration of data and AI capabilities in the hands of a few exacerbates socioeconomic divides and threatens democracy by potentially manipulating public opinion and information flow. The chapter examines Web3 innovations as a decentralized, transparent, and user-empowering alternative to traditional data control models. These technologies are presented as tools for democratizing data ownership, enhancing individual autonomy, and fostering an inclusive digital economy. However, the chapter also questions these assumptions, especially in the context of crypto-libertarian maneuvers around the "Network State" paradigm. In conclusion, the chapter emphasizes the need for a balanced approach to leveraging AI and Web3 to mitigate democracy's erosion by data-opolies. It calls for collaborative efforts and a multistakeholder approach to developing regulatory frameworks and ethical guidelines that align with democratic values, ensuring the responsible use of AI and data in society.