Abstractions for Network Intelligence: A Reference Architecture for AI at the Wireless Edge

Salil Reddy; Haohuang Wen; Ness Shroff; Venki Ramaswamy; Zhiqiang Lin; Elisa Bertino; Jim Kurose; Anish Arora

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arXiv · 2608.09640

Abstractions for Network Intelligence: A Reference Architecture for AI at the Wireless Edge

Salil Reddy·Haohuang Wen·Ness Shroff·Venki Ramaswamy·Zhiqiang Lin·Elisa Bertino·Jim Kurose·Anish Arora

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Abstract

Networks are increasingly adopting AI as are AI applications leveraging networks. Awareness sharing between networks and AI applications promises to unlock higher levels of network utilization and application performance, but is inadequately supported in the current architecture of the Internet. In this paper, we describe a reference architecture that abstractly enables the synergistic interaction of intelligent applications and the intelligent network, via an information waist, and also supports the network intelligence services in the emerging intelligence plane in networks. We discuss the rationale for our AI-EDGE architecture, its functional requirements, and the core abstractions. We present a reference component-level design of the core abstractions to support experimentation and development on existing platforms for wireless networking (i.e., based on O-RAN cellular networks) and edge computing (i.e., based on 3GPP Edge App and ETSI MEC). Moreover, we provide representative use cases from the perspective of different types of users that demonstrate the benefits of the architecture in contexts of awareness sharing, portability, prototyping, and validation.

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Salil Reddy, Haohuang Wen, Ness Shroff, Venki Ramaswamy, Zhiqiang Lin, Elisa Bertino, Jim Kurose, Anish Arora. 2026-08-10. Abstractions for Network Intelligence: A Reference Architecture for AI at the Wireless Edge. https://arxiv.org/abs/2608.09640

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