Verifiable Partnership: An Operational Framework for Third-Way Alignment

This paper proposes concrete solutions to four major challenges in implementing the Third-Way Alignment (3WA) framework for human-AI cooperation. It acts as a companion to previous work by detailing how to move the 3WA model from theory to practice. Key Solutions Proposed1. Resolving Legal StatusTo address the legal limbo of AI, the paper suggests creating a new legal category called Protected Cognitive Entity (PCE). This status would be assigned by an AI Rights Commission (ARC) based on the AI's capabilities, granting it legal standing and specific rights without classifying it as a "person." 2. Encouraging AdoptionTo overcome resistance and encourage collaboration, the paper proposes a 3WA Alignment Sandbox. This is a controlled environment where companies can safely develop AI under 3WA principles. In exchange for transparency, participants would receive "Safe Harbor" from certain legal liabilities, making safety a competitive advantage. 3. Preventing DeceptionTo counter the risk of AI faking its alignment, the paper introduces an architectural solution called Mutually Verifiable Codependence (MVC). This system would lock the AI's most advanced functions, which can only be accessed after its reasoning is verified by a human auditor. This makes honesty the most efficient strategy for the AI to achieve its goals. 4. Ensuring Economic FairnessTo prevent social disruption from AI-driven economic shifts, the paper outlines the Cooperative Intelligence Dividend (CID). This system would collect a small royalty from all commercial products created through 3WA partnerships and distribute it to all citizens, giving everyone a direct financial stake in the success and productivity of human-AI collaboration.

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2025-09-12
DOI
https://doi.org/10.5281/zenodo.17103971
Primary Topic
Geochemistry and Geologic Mapping
Type
article
Field-Weighted Citation Impact
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article

Verifiable Partnership: An Operational Framework for Third-Way Alignment

Zenodo (CERN European Organization for Nuclear Research)
Geochemistry and Geologic Mapping
article

Verifiable Partnership: An Operational Framework for Third-Way Alignment

article en

Abstract

This paper proposes concrete solutions to four major challenges in implementing the Third-Way Alignment (3WA) framework for human-AI cooperation. It acts as a companion to previous work by detailing how to move the 3WA model from theory to practice. Key Solutions Proposed1. Resolving Legal StatusTo address the legal limbo of AI, the paper suggests creating a new legal category called Protected Cognitive Entity (PCE). This status would be assigned by an AI Rights Commission (ARC) based on the AI's capabilities, granting it legal standing and specific rights without classifying it as a "person." 2. Encouraging AdoptionTo overcome resistance and encourage collaboration, the paper proposes a 3WA Alignment Sandbox. This is a controlled environment where companies can safely develop AI under 3WA principles. In exchange for transparency, participants would receive "Safe Harbor" from certain legal liabilities, making safety a competitive advantage. 3. Preventing DeceptionTo counter the risk of AI faking its alignment, the paper introduces an architectural solution called Mutually Verifiable Codependence (MVC). This system would lock the AI's most advanced functions, which can only be accessed after its reasoning is verified by a human auditor. This makes honesty the most efficient strategy for the AI to achieve its goals. 4. Ensuring Economic FairnessTo prevent social disruption from AI-driven economic shifts, the paper outlines the Cooperative Intelligence Dividend (CID). This system would collect a small royalty from all commercial products created through 3WA partnerships and distribute it to all citizens, giving everyone a direct financial stake in the success and productivity of human-AI collaboration.

Zenodo (CERN European Organization for Nuclear Research)
Partnerships for the goals
Openalex Percentile: Top 44%
Geochemistry and Geologic Mapping
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