When URL Meets IRL in Web3: Lessons for Decentralized Trust-Building Technologies in Democratic Governance

Abstract

Trust in democratic institutions has waned in recent years, stemming from insufficient transparency and representation in public decision-making processes, expanding social and wealth disparities, and growing apprehensions surrounding mis/disinformation fueled by the emergence of highly persuasive AI-generated content such as ChatGPT. Decentralized Web3 technologies such as blockchain emerged as instruments for creating an alternative “trustless” system that uses cryptography and decentralized consensus mechanisms to obviate the need for third party human intermediaries, but suffered significant setbacks due to massive frauds and speculations throughout the past decade of their evolution. Although it might appear counterintuitive to advocate for the potential benefits of these technologies in light of their evident failures, we assert that, before dismissing them, it is essential to differentiate the technological layer from the social layer in these instances and examine them with greater care and criticality. We argue that the recurrent failures of blockchain-based projects, as reported in the media and denounced by critics, are less indicative of the technology’s inherent weakness, and more a consequence of malicious actors exploiting the social layer within the system. What is thus heavily lacking in the current Web3 landscape is the collaborative development and innovation in the social and institutional layer to build systems that genuinely enhance democracy and address the trust crisis society faces as a whole in a more sustainable way through leveraging the capabilities offered by decentralized technologies. As such, rather than perceiving these technologies as decentralized trust-replacing technologies, we consider them as “Decentralized Trust-Building Technologies” (DTTs). DTTs do not seek to replace trust, but instead serve to fortify trust through transparent and secure mechanisms combined with robust institutional designs. In this report, we investigate a variety of case studies that showcase emerging efforts to employ DTTs in the physical realities and the built environment of our social institutions. These empirical examples offer valuable insights – both inspirational and cautionary lessons – into the practical applications of DTTs in transforming our society and lived environments. From this empirical analysis, our goal is to establish a set of guidelines and best practices for current and future endeavors in fostering innovation within this space, ultimately paving ways for more resilient and sustainable lived ecosystems that harness the power of DTTs.