Inventor(s)

David JosephFollow

Abstract

The Agency Protocol defines a decentralized trust infrastructure in which autonomous agents cooperate by issuing cryptographically‑signed, domain‑scoped promises and verifiable assessments. Each promise carries a dual‑component stake—an at‑risk credit deposit and a non‑refundable operational‑cost fee—that is locked in content‑addressed storage and returned or slashed according to assessment consensus. Assessments are merit‑weighted; an agent’s merit is a non‑transferable, domain‑specific reputation score updated by matrix‑factorized aggregation of historical outcomes, while credits form a fully transferable internal currency. Merit discounts future stake requirements, creating a positive feedback loop that makes honest behaviour utility‑maximising.

External facts enter the system through a decentralised oracle network whose members stake credits and are slashed on divergence from median reports, providing tamper‑evident data for real‑world promises. Formal game‑theoretic analysis proves that, under calibrated parameters (α = 1, β ≈ 1–1.8, γ ≥ 0.15, λ ≥ 4, δ ≥ 0.88), promise‑keeping and truthful assessment constitute a focal, coalition‑resistant, sub‑game‑perfect Nash equilibrium; dishonest coalitions face super‑linear detection probability and exponentially rising coordination cost beyond eight members. Lyapunov analysis shows the cooperative state is dynamically stable, returning to >95 % compliance within 120 rounds after perturbations.

A three‑phase implementation roadmap—core agent layer, AI‑validator bootstrap, progressive decentralisation—demonstrates practical viability at Internet scale while preserving verifiability, economic sustainability, and governance independence.

Creative Commons License

Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 License.

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