ATA System Research Paper On Calibration, Consensus Failure, and Ground Truth Ambiguity in Multi-Agent LLM Systems: A Case Study of the Asymmetric Tribunal Architecture (ATA) Abstract Multi-agent large language model (LLM) systems, particularly those employing role-specialized ensembles, promise improved reasoning through structured disagreement and synthesis. However, such systems introduce new classes of systemic failure, including false consensus , calibration drift , and ground truth ambiguity . This paper analyzes the Asymmetric Tribunal Architecture (ATA), a four-agent deliberative system with Brier-based reliability calibration, and identifies its critical weaknesses in real-world deployment. We argue that the core limitation lies not in consensus formation, but in the misuse of binary outcome metrics in domains lacking objective ground truth. We propose a lightweight tri-layer outcome framework and delayed calibration mechanism that prese...
Beyond Memory Capacity: Designing Constitutional AI in the Multi-Agent Era Author: Dark Spot In The Mind In recent years, the AI community has focused intensely on a seemingly technical question: How can agents "remember" better? Vector databases, retrieval augmentation, context compaction, memory search, TTL, and semantic indexing—these are all answers to that problem. But as agent systems begin long-term operations, especially in multi-agent environments or frequent model swaps, a different question arises: How can an agent avoid losing its own way of thinking while remembering? This article analyzes two different memory design philosophies in AI systems and how to combine them to build an architecture capable of long-term operation without falling into drift, stagnation, or power chaos among agents. I. Two Approaches to Memor...