International Journal For Multidisciplinary Research

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S-AI: A Sparse Artificial Intelligence System Orchestrated by a Hormonal MetaAgent and Context-Aware Specialized Agents

Author(s) Prof. Dr. SAID SLAOUI
Country Morocco
Abstract We introduce S-AI, a Sparse Artificial Intelligence architecture designed for modular, adaptive, and resource-efficient problem solving. At the heart of S-AI lies the Hormonal MetaAgent (HMA), a biologically inspired orchestrator that dynamically coordinates the execution of specialized agents based on an evolving internal context.
The system incorporates an artificial signaling mechanism inspired by endocrine regulation, enabling it to respond to fluctuating demands such as urgency, system load, or contextual trust. Signals such as urgency or high_load influence agent activation modes, triggering simplified or deferred execution when needed.
This adaptive control layer is supported by a decomposition module, which breaks down complex problems into smaller subproblems, and by a suite of domain-specific agents. The combination of sparse activation, targeted orchestration, and hormone-like regulation allows S-AI to reduce computational overhead while maintaining responsiveness.
A dedicated layer of gland agents further enhances this hormonal mechanism by preparing complete behavioral profiles—including context-specific data and modulation parameters—prior to hormone diffusion. This intermediate endocrine-inspired layer enables strategic adaptation without overloading the MetaAgent.
Experimental results show that S-AI achieves substantial gains in efficiency and reactivity without compromising solution quality. The architecture demonstrates how bio-inspired design principles can be leveraged for intelligent coordination in modular AI systems.
Keywords Sparse Artificial Intelligence (S-AI), Hormonal MetaAgent (HMA), Gland Agents, Artificial Hormonal Signaling, Endocrine-Inspired Coordination, Modular Intelligence Architecture, Adaptive Agent Orchestration, Bio-Inspired Control Mechanisms, Context-Aware Decision Making, Selective Activation, Resource-Efficient AIGeneral Context: Toward Sustainable and Modular AI.
Field Computer > Artificial Intelligence / Simulation / Virtual Reality
Published In Volume 7, Issue 2, March-April 2025
Published On 2025-04-18
DOI https://doi.org/10.36948/ijfmr.2025.v07i02.42035
Short DOI https://doi.org/g9f4x3
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