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Part IV

Decentralized Autonomous Organizations

This part examines DAOs as emerging organizational forms that use smart contracts, tokens, and voting mechanisms to coordinate people and resources.

Chapter 25 DOI ↗

Introduction to Decentralized Autonomous Organizations (DAOs)

Authors: Daniel Liebau

Introduces DAOs as blockchain-based organizations using proposals, voting, and smart contracts for collective decision-making.

Practitioner takeaway

Financial institutions need DAO due diligence frameworks covering legal, operational, governance, and cybersecurity risks. The chapter also points to where DAOs may go next: legal recognition, better voting designs, identity tools, larger treasuries, gamified participation, and AI-supported smart contract security.

Chapter 26 DOI ↗

Summary of Blockchain Governance in the Wild

Authors: Kevin Werbach

Shows that blockchain governance includes formal rules, informal influence, legal structures, social coordination, and technical decision-making.

Practitioner takeaway

Blockchain governance is still governance. Coordination, conflicts of interest, rational apathy, incentives, and legitimacy all matter. Token votes are only one part of the system. Practitioners should map formal powers, off-chain practices, and informal authority to understand how decisions are really made.

Chapter 27 DOI ↗

DAO Governance: Decentralized But Not So Disorganized

Authors: Ian Appel and Jillian Grennan

Studies DAO governance structures, voting mechanisms, delegation, and participation designs.

Practitioner takeaway

Successful DAO governance is about balance, not maximal decentralization. Inclusive participation, recognition systems like POAPs, multi-sig protections, time delays, standard proposal templates, and delegation can all help. For regulators, principles-based rules may work better than forcing DAOs into corporate templates.

Chapter 28 DOI ↗

Attacks on DAOs

Authors: Yann Vonlanthen, Rainer Feichtinger, Robin Fritsch, Lioba Heimbach, and Roger Wattenhofer

Analyzes DAO attack vectors across governance design, voting power, proposal processes, smart contracts, and user interfaces.

Practitioner takeaway

DAO security requires more than smart contract audits. Attack vectors include bribery, token-control takeovers, user-interface manipulation, and code vulnerabilities. DAOs should monitor whether attacks become economically attractive and use safeguards such as bug bounties, capped treasury spending, better interfaces, security councils, emergency shutdowns, or forking mechanisms.

Chapter 29 DOI ↗

Can DAOs Deliver Truly Decentralized Governance?

Authors: Hanna Halaburda

Asks whether token-based organizations can avoid recreating concentrated control under a decentralized label.

Practitioner takeaway

The technical possibility of decentralization is not enough. If governance tokens can concentrate, control can concentrate too. Regulators may need to think about voting caps or transferability limits, investors should assess governance concentration risk, and DAO developers need thoughtful token distribution, incentives, and user education.

Chapter 30 DOI ↗

Decentralization Illusion in MakerDAO: Implications for Practitioners

Authors: Xiaotong Sun

Uses MakerDAO to show why decentralization must be measured in practice rather than inferred from technology alone.

Practitioner takeaway

One-token-one-vote governance can concentrate power and discourage small holders. Alternatives such as quadratic voting and reputation-based mechanisms may help, but they bring their own challenges. Practitioners need safeguards that preserve decentralization without sacrificing decision-making efficiency.