Cooperation as a Black Box: Conceptual Fluctuation and Diagnostic Tools for Misalignment in MAS

TL;DR

This paper introduces the Misalignment Mosaic framework to diagnose and address conceptual and semantic misalignments in Multi-Agent Systems, emphasizing the importance of consistent meaning-level grounding for technical and ethical system functioning.

Contribution

It presents a novel diagnostic framework, the Misalignment Mosaic, to analyze how language and design assumptions cause misalignment in MAS, extending understanding beyond technical failures.

Findings

Identifies four components of misalignment: Terminological Inconsistency, Interpretive Ambiguity, Concept-to-Code Decay, Morality as Cooperation.

Highlights the importance of grounding meaning-level concepts for system integrity and ethics.

Generalizes the framework to other overloaded terms like alignment and trust.

Abstract

Misalignment in Multi-Agent Systems (MAS) is frequently treated as a technical failure. Yet, issues may arise from the conceptual design phase, where semantic ambiguity and normative projection occur. The Rabbit-Duck illusion illustrates how perspective-dependent readings of agent behavior, such as the conflation of cooperation-coordination, can create epistemic instability; e.g., coordinated agents in cooperative Multi-Agent Reinforcement Learning (MARL) benchmarks being interpreted as morally aligned, despite being optimized for shared utility maximization only. Motivated by three drivers of meaning-level misalignment in MAS (coordination-cooperation ambiguity, conceptual fluctuation, and semantic instability), we introduce the Misalignment Mosaic: a framework for diagnosing how misalignment emerges through language, framing, and design assumptions. The Mosaic comprises four components: 1. Terminological Inconsistency, 2. Interpretive Ambiguity, 3. Concept-to-Code Decay, and 4. Morality as Cooperation. Building on insights from the Morality-as-Cooperation Theory, we call for consistent meaning-level grounding in MAS to ensure systems function as intended: technically and ethically. This need is particularly urgent as MAS principles influence broader Artificial Intelligence (AI) workflows, amplifying risks in trust, interpretability, and governance. While this work focuses on the coordination/cooperation ambiguity, the Mosaic generalizes to other overloaded terms, such as alignment, autonomy, and trust.