Terminology for Networking Infrastructure in the Internet of Agents
draft-wang-dmsc-terminology-ioa-networking-01
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| Document | Type | Active Internet-Draft (individual) | |
|---|---|---|---|
| Authors | Xianghua Wang , ZHAOQIANYING , Yihe Yang , 李哲 | ||
| Last updated | 2026-07-01 | ||
| RFC stream | (None) | ||
| Intended RFC status | (None) | ||
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draft-wang-dmsc-terminology-ioa-networking-01
Network Working Group X. Wang
Internet-Draft CAICT
Intended status: Standards Track Q. Zhao
Expires: 2 January 2027 China Telecom
Y. Yang
Z. Li
CAICT
1 July 2026
Terminology for Networking Infrastructure in the Internet of Agents
draft-wang-dmsc-terminology-ioa-networking-01
Abstract
The emergence of the Internet of Agents (IoA) introduces new
requirements for interoperable collaboration among autonomous agents
across heterogeneous networks, platforms, and administrative domains.
Supporting such environments requires common understanding of
infrastructure functions, collaboration mechanisms, semantic
interaction, and trust-related concepts.
This document defines terminology for networking infrastructure in
IoA environments, with a focus on Dynamic Multi-agent Secured
Collaboration (DMSC). The terminology defined in this document is
intended to support consistent usage across DMSC-related
architecture, framework, and protocol specifications.
Status of This Memo
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This Internet-Draft will expire on 2 January 2027.
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Internet-Draft IoA Networking Infra Terminology July 2026
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Table of Contents
1. Introduction . . . . . . . . . . . . . . . . . . . . . . . . 2
2. Functional Entity Terms . . . . . . . . . . . . . . . . . . . 3
3. Infrastructure Operational Behaviors and Mechanisms Terms . . 4
4. Trust Terms . . . . . . . . . . . . . . . . . . . . . . . . . 6
5. Security Considerations . . . . . . . . . . . . . . . . . . . 6
6. Privacy Considerations . . . . . . . . . . . . . . . . . . . 6
7. Operational Considerations . . . . . . . . . . . . . . . . . 6
8. IANA Considerations . . . . . . . . . . . . . . . . . . . . . 6
Authors' Addresses . . . . . . . . . . . . . . . . . . . . . . . 6
1. Introduction
The Internet of Agents is emerging as a distributed collaboration
environment in which autonomous agents interact across heterogeneous
networks, platforms, administrative domains, and trust boundaries.
Unlike traditional service-oriented systems, agent-based
collaboration introduces dynamic capability discovery, semantic
interaction, task coordination, and cross-domain interoperability
requirements among intelligent entities.
To support scalable and interoperable collaboration, networking
infrastructure functions are required to provide registration,
discovery, capability management, semantic routing, trust
establishment, and coordination mechanisms across intra-domain and
inter-domain environments. As DMSC (Dynamic Multi-agent Secured
Collaboration) evolves to address these infrastructure challenges,
consistent terminology becomes necessary to describe architectural
concepts, collaboration behaviors, functional entities, and
interaction processes in a unified manner.
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This document defines terminology for networking infrastructure in
the Internet of Agents, with a focus on DMSC-related collaboration
environments and infrastructure functions. The terminology defined
in this document is intended to support consistent usage across DMSC-
related architecture, framework, and protocol specifications.
The terms defined in this document cover collaboration domains,
functional entities, registration and discovery procedures,
capability management, semantic interaction mechanisms, and trust-
related concepts for interoperable multi-agent collaboration.
This document defines terminology only and does not specify
protocols, message formats, or implementation requirements.
2. Functional Entity Terms
The following terms define functional entities that collectively
constitute IoA networking infrastructures.
* Internet of Agents(IoA): An Internet-based architecture that
extends the existing Internet by taking autonomous agents as
first-class interaction entities, and supports scalable
communication, coordination, and information exchange across
heterogeneous networks, platforms, systems, and administrative
domains.
* Agent: An autonomous software or hardware entity capable of
perceiving its environment, processing information, and performing
actions to achieve defined objectives, either independently or
through interaction with other agents within IoA.
* Virtual Agent: A carrier-free agent operating in the digital
network environment, which implements environment perception,
information processing, intelligent decision-making and business
execution through software programs.
* Embodied Agent: A physically embedded agent equipped with
intelligent algorithms, which can independently complete
perception, decision-making, control and execution actions in
physical spaces.
* Agent platform: A platform for the Internet of Agents (IoA) that
delivers deployment management and capability orchestration for
diverse agents, enabling full-lifecycle operation and large-scale
collaborative applications of agents.
* Agent Identifier: An identifier that uniquely distinguishes an
agent.
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* Agent Gateway: A functional entity that supports distributed agent
registration, discovery, request coordination, and protocol
translation cross-domain information exchange.
* Capability Directory: A functional entity that maintains and
provides capability-related information used for discovery and
matching of agents. The capability information may be organized
in forms such as capability registries, metadata directories, or
other discoverable capability description structures.
* Registry Entity: A functional entity responsible for registering
agents and maintaining their registration information.
* Agent Credential Service: A functional entity responsible for
issuing, maintaining, and revoking Agent Credentials associated
with agents.
* Trust Service: A functional entity responsible for validating
Agent Credentials and managing trust relationships and trust
policies between entities within or across collaboration domains.
* IOA Protocol Suite: A collection of interoperable protocols and
protocol components that support agent registration, discovery,
coordination, secure communication, capability synchronization,
semantic interoperability, and collaboration within or across
domains in IoA environments.
3. Infrastructure Operational Behaviors and Mechanisms Terms
The following terms define operational processes, coordination
behaviors, and collaboration mechanisms used by IoA networking
infrastructures to support agent collaboration, synchronization,
registration, discovery, and semantic interaction.
1. Registration
* Agent Registration: The process by which an agent is onboarded
into a collaboration domain and recorded in the registry
system.
* Registration Function: A protocol or mechanism used for
registering and maintaining unique Agent Identifiers.
* Registration Synchronization: The process of maintaining
consistent Agent Identifier information within a single
collaboration domain.
2. Discovery & Capability
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* Capability Discovery: The process of locating agents based on
their advertised capabilities or semantic descriptions.
* Capability Discovery Function: A protocol or mechanism used
for discovering agent capability information based on
capability queries, and returning matching capability
descriptions or associated agents. Such a function may be
realized through agent gateway-based discovery, capability
directory lookup, or naming-system-assisted resolution.
* Capability Synchronization: The process of maintaining
consistent capability directory within a single collaboration
domain.
* Semantic Capability Matching: The process of matching
requested intent or constraints with available capabilities
using semantic understanding.
3. Semantic Interaction
* Semantic Representation: A structured representation of
intent, capability, task, and contextual information used for
semantic interpretation and interoperability among agents and
infrastructure entities.
* Semantic Interaction: An interaction paradigm within or across
domains in IoA. It allows agents and infrastructure entities
to unify intent, capability, task and context via semantic
comprehension, and facilitates coordinated collaboration among
heterogeneous domains.
* Semantic Interaction Function: A set of functional mechanisms
used to enable Semantic Interaction. It is composed with core
components such as standardized semantic metadata, semantic
envelopes, compatibility validation mechanisms and others.
This function supports semantic-level alignment by detecting,
interpreting, and mitigating inconsistencies for capability
descriptions, task descriptions, context assumptions, and
policy constraints used by agents from different
administrative domains.
* Semantic Routing: A routing process that selects collaboration
paths, agents, or infrastructure entities based on semantic
understanding of capabilities, intent, context, or task
requirements.
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4. Trust Terms
The following terms define trust-related concepts used in IoA
networking infrastructures, including credentials, authentication,
authorization, and trust establishment mechanisms that support secure
and interoperable collaboration among agents and infrastructure
entities.
* Agent Credential: A data object associated with an agent identity
and used to represent identity attributes, authentication
information, or authorization information.
* Trust Establishment: The process of establishing trust
relationships between entities or trust domains to support
interoperable interactions.
* Agent Authentication: The process of verifying the authenticity of
an agent based on Agent Credentials.
* Agent Authorization: The process of granting an agent permission
to access resources, services, or collaboration functions
according to applicable policies.
5. Security Considerations
This document only defines a set of terms. It does not introduce any
issues that require security consideration.
6. Privacy Considerations
This document only defines a set of terms. It does not introduce any
issues that require privacy consideration.
7. Operational Considerations
This document only defines a set of terms. It does not introduce any
issues that require operational consideration.
8. IANA Considerations
This document does not make any requests of IANA.
Authors' Addresses
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Xianghua Wang
CAICT
Huayuan North Road, HaiDian District
Beijing
Beijing, 100191
China
Email: wangxianghua@caict.ac.cn
Qianying Zhao
China Telecom
Beiqijia Town, Changping District
Beijing
Beijing, 102209
China
Email: zhaoqy50@chinatelecom.cn
Yihe Yang
CAICT
Huayuan North Road, HaiDian District
Beijing
Beijing, 100191
China
Email: yh.yang.research@gmail.com
Zhe Li
CAICT
Huayuan North Road, HaiDian District
Beijing
Beijing, 100191
China
Email: lizhe@caict.ac.cn
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