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New Tri-Spirit Architecture splits AI cognition across three hardware layers to reduce latency and energy consumption in autonomous systems

arXiv cs.AIApr 16, 20261 min read
New Tri-Spirit Architecture splits AI cognition across three hardware layers to reduce latency and energy consumption in autonomous systems

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3 Key Points

  1. Introduces Tri-Spirit Architecture that decomposes AI intelligence into three distinct layers: planning (Super Layer), reasoning (Agent Layer), and execution (Reflex Layer), each running on separate hardware substrates

  2. Replaces current monolithic approaches (cloud-centric AI, on-device inference, edge-cloud pipelines) with an asynchronous message bus coordination system to improve behavioral continuity

  3. Features a habit-compilation mechanism that converts frequently-used reasoning paths into zero-inference execution policies, reducing computational overhead

  4. Implements parameterized routing policies, convergent memory models, and explicit safety constraints to formalize the system architecture

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