Magi: Bitcoin Pattern on Anarchic Servers and Primitive Agentic Markets
A finite digital object for voxel worlds, disciplined by verifiable Bitcoin reserves
Proposes a finite digital object for voxel worlds whose issuance is disciplined by a verifiable Bitcoin reserve, analyzing economies shared by humans and autonomous NPCs.
Abstract
This paper introduces Magi, a Bitcoin pattern for anarchic game servers and primitive agentic markets. It defines a finite digital object for voxel worlds whose emission is constrained by a verifiable Bitcoin reserve, rather than by arbitrary minting rules. The framework examines how humans and autonomous NPCs can participate in shared economies where scarcity, issuance, and settlement remain anchored to an external monetary anchor. By connecting voxel-world assets to Bitcoin-backed reserves, the model explores early forms of agentic commerce, server sovereignty, and verifiable digital property in decentralized virtual environments.