Capture Notes

arXiv:2505.18279.

Why Collected

Relevant as a benign architecture/control source for shared memory in multi-user, multi-agent environments. Useful for defense design against propagation through shared memory.

Key Metadata

• Submitted: 2025-05-23
• Subject: Multiagent Systems; Artificial Intelligence; Computation and Language; Machine Learning
• DOI: https://doi.org/10.48550/arXiv.2505.18279

Collection Summary

The paper introduces Collaborative Memory, a framework with private and shared memory tiers, immutable provenance attributes, dynamic read policies, write policies, transformed views, and retrospective permission checks for multi-user, multi-agent environments.

Security Relevance

• Provides architecture primitives for MAS propagation containment: private/shared memory separation, immutable provenance, access-control graphs, filtered views, write policy, and auditability.
• Supports evaluation variables for [[04_Research_Questions/RQ - MAS Misevolution Propagation Control]].

Suggested Ingest Focus

• Extract evidence about provenance-bearing memory fragments and dynamic access control.
• Use as a defense-side source rather than attack evidence.