The Role of Algorithmic Fiduciaries in Decentralized Autonomous Organizations and the Assignment of Duty and Developer Liability for Autonomous Smart Governance

Abstract

DAOs have introduced a new paradigm in corporate governance, where decisions are devolved from hierarchies to autonomous code-based protocols. However, such a change has created an essential question of accountability gap in the legal and ethical responsibilities of individuals who develop and deploy such systems. This paper examines the two-fold problems of defining algorithmic fiduciaries and defining liability in developers when it comes to autonomous smart governance. In this paper, using a mix of law theory and empirical technical evidence, the author discusses the practicability of the traditional fiduciary duties, specifically, the Duty of Care and the Duty of Loyalty, as reliably specified in deterministic smart contract specifications. The article makes use of actual data, such as DeepDAO to gauge governance metrics and SCRUBD to assess contract vulnerabilities, in order to discuss the difference between Code is Law and systemic accountability. Findings show that the concentration of voting power and the existence of avoidable code vulnerabilities are reasons to shift to a professional standard of blockchain developers. The results indicate that the greater the algorithms' role in making decisions about material financial resources, the more it need to be mandated as functional fiduciaries. The study concludes with the suggestion of a hybrid accountability framework with developer safe harbors of audited code and the introduction of on-chain indemnity pools. In conclusion, this paper will support the thesis that in order to become mainstream, the delegation of responsibility needs to be enshrined in the design of decentralized governance, and technological autonomy will not lead to legal immunity.