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This paper introduces a novel and comprehensive cognitive-technological framework that seamlessly integrates Flutter-based mobile systems, advanced TensorFlow-based AI agents, a robust Supabase real-time infrastructure, and speculative neural-digital communication protocols. Designed within the cutting-edge context of WITCOM 2025, the proposed architecture, termed the NeuroDigital Adaptive Network (NDAN), enables sophisticated bidirectional emotional and neural feedback between human users and artificial intelligence systems through innovative neurodigital interfaces. We explore potential extensions, including the highly speculative yet intriguing concept of quantum-based teleportation of cognitive states, aiming to push the boundaries of human-computer interaction. The NDAN model is inherently extensible and adaptable across diverse application contexts, including smart urban environments, advanced academic platforms, and personalized telemedicine solutions, while rigorously integrating considerations for privacy, sustainability, and the achievement of highly personalized AI goals. As a foundational component, the Cognitive HoloChain Protocol (CHP) is introduced as a decentralized knowledge chain, designed to facilitate agent-synchronized consciousness and accelerate the path towards next-generation human-AI collective intelligence. This work aims to provide a robust conceptual and architectural foundation for future research and development in the field of advanced cognitive networking.

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NeuroDigital Interfaces and Adaptive Cognitive Networking: Towards a Human-AI Telepathic Framework

  • 会议论文

  • 发表日期：

    2026年

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  • Emmett Vitruvious,
  • Fernando May Fuentes

摘要

This paper introduces a novel and comprehensive cognitive-technological framework that seamlessly integrates Flutter-based mobile systems, advanced TensorFlow-based AI agents, a robust Supabase real-time infrastructure, and speculative neural-digital communication protocols. Designed within the cutting-edge context of WITCOM 2025, the proposed architecture, termed the NeuroDigital Adaptive Network (NDAN), enables sophisticated bidirectional emotional and neural feedback between human users and artificial intelligence systems through innovative neurodigital interfaces. We explore potential extensions, including the highly speculative yet intriguing concept of quantum-based teleportation of cognitive states, aiming to push the boundaries of human-computer interaction. The NDAN model is inherently extensible and adaptable across diverse application contexts, including smart urban environments, advanced academic platforms, and personalized telemedicine solutions, while rigorously integrating considerations for privacy, sustainability, and the achievement of highly personalized AI goals. As a foundational component, the Cognitive HoloChain Protocol (CHP) is introduced as a decentralized knowledge chain, designed to facilitate agent-synchronized consciousness and accelerate the path towards next-generation human-AI collective intelligence. This work aims to provide a robust conceptual and architectural foundation for future research and development in the field of advanced cognitive networking.