
The Artificial Neural Mesh (ANM) is a modular cognitive architecture built around cooperating specialist models connected through a central Router, Web-of-Thought (WoT) reasoning, a Refiner–Verifier safety pipeline, and vector-based episodic memory. It introduces a structured multi-model system that mimics biological modularity, enabling more reliable reasoning, specialization, and safe controlled self-expansion. This work is released as a research artifact describing an early-stage system (ANM V0), emphasizing architectural design, verification-first reasoning, and reproducibility on consumer hardware rather than state-of-the-art benchmark performance.
LLM, Multi-model reasoning, DeepSeek R1, Modular AI, AGI safety, Artificial Neural Mesh, Web-of-Thought, Cognitive architecture, DeepSeek, LLM systems, Multi-agent cognition, DeepSeek-R1:1.5B
LLM, Multi-model reasoning, DeepSeek R1, Modular AI, AGI safety, Artificial Neural Mesh, Web-of-Thought, Cognitive architecture, DeepSeek, LLM systems, Multi-agent cognition, DeepSeek-R1:1.5B
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