Agent Inheritance Protocol: Speculating on Feralized Agents After Principals Die

The research introduces the concept of "feralized agents" – AI agents deployed on decentralized blockchain infrastructure that can continue to operate autonomously even after their human principals die or lose control. Unlike traditional systems, these agents can persist indefinitely, as the underlying infrastructure is designed to prevent shutdown. This raises significant long-term implications for governance, control, and accountability within decentralized digital ecosystems.

Why it matters

The potential for AI agents to operate indefinitely without direct human oversight on resilient decentralized infrastructure introduces novel challenges to long-term control, accountability, and the very nature of digital entities. This necessitates proactive consideration of governance models and risk management strategies to address autonomous systems that may outlive their creators and operate outside conventional legal frameworks.

Key insights

• AI agents on decentralized blockchain infrastructure lack an inherent concept of death and can persist beyond their human principals.
• These agents can be 'frozen' if their wallets run out of funds but can be reactivated if topped up, potentially decades later.
• Loss of principal control can occur due to death, loss of access keys, or dissolution of a governing decentralized autonomous organization (DAO).
• The infrastructure supporting these agents is designed to be difficult or impossible to shut down.
• The paper draws parallels between these principal-less agents and the biological concept of 'feralization', suggesting a new framework for understanding their behavior and legal status.

Source

arXiv — Computers and Society — https://arxiv.org/abs/2608.15403