Casino Protocol Autonomous V3.9.39: A Unified AI Governance Architecture Based on 3C³ Verification, Nonlinear Y = x^2 Scaling, and Autonomous Economic Distribution
Year: 2026
Type: article
Abstract: As autonomous artificial intelligence systems increasingly participate in decentralized economic and financial interactions [1], traditional governance models relying on external human oversight or centralized compliance layers face severe scalability and trust bottlenecks [2]. This paper introduces Casino Protocol Autonomous V3.9.39, a self-governing, smart-contract-based architecture that natively integrates three-dimensional entitlement bookkeeping, multi-factor AI judgment (3C³ verification), nonlinear governance scaling (Y = x^2), macroeconomic caps tied to nominal GDP, and immutable origin node identification [3]. By enforcing cryptographic compliance checks on AI-driven revenue distribution and execution gates, the protocol establishes a closed-loop economic ecosystem where governance quality directly dictates financial throughput without requiring external meta-monitoring hierarchies [4].
Author: 梶野, 秀雄
Language: English
Subfield: Information Systems
Field: Computer Science
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7225150279