Committee Draft (CD) version is intended to be finalized in March 2027
This document specifies accessibility requirements on information provision and communication in support services. This includes general information about the products and services including information on their accessibility. This document provides requirements on an accessible support service designed so that information and communication can be accessed, understood and used. Support services include but are not limited to help desks, call centres, technical support, and training services. It applies to support services that are provided digitally or face to face. NOTE 1 Where relay services are referred to in this document, relay services are a means to communicate in the provision of support services. NOTE 2 It includes support services that are provided directly and those that have been outsourced. It is applicable for all organisations of all sizes and across all sectors.
This document specifies user requirements for the accessibility of non-digital information related to products and services. This document describes test procedures and evaluation methodologies for non-digital information technical solutions. This document is applicable to the presentation of visual, tactile and auditory based non-digital information and instructions, including: - displayed on a product - displayed on the packaging or in the packaging of products - about the use of a product - about installation and maintenance, storage and disposal of products - about products used in the provision of services and about the functioning of the service - about air, bus, rail and waterborne passenger transport services - about consumer banking services. This document is intended for use by organisations that produce products and or provide services. This document does not apply to the presentation of information by ICT products and services, for instance displayed on a screen
The work item will describe the methodology of hybrid measurement and simulation for wireless FTTR devices in residential environments, such as coverage and bandwidth performance.
This document extends RFC 9340 by outlining a set of quantum-native architectural tenets for the design and evolution of the Quantum Internet. These principles should not be interpreted as dogmas, but as pragmatic guidelines and criteria for harnessing the unique properties of quantum entanglement within networked systems. Such design perspectives, while departing from the classical Internet, remain aligned with a foundational insight: the principle of constant change, articulated in RFC 1958.
The document specifies quantum-native extensions to the Quantum Internet framework, defining an entanglement packet switching paradigm and an explicit separation between the Quantum Data Plane and Quantum Control Plane. It introduces Quantum Internet Addressing to extend quantum semantics into control and coordination, and generalizes the classical forwarding concept to quantum packets.
1st revised baseline text for X.dpidm-aAI: Terminology and design guidelines for Agentic AI identity management
ITU-T 1ST Revised baseline text for XSTR.gidi : Globally Interoperable Digital Identity (including Humans/Enterprise/Non-Humans i.e. Agentic AI)
ITU-T SG17 (Study Period 2025) Temporary Document 201-WP1
CACAO v2.0 will empower organizations to orchestrate, collaborate, and share cybersecurity playbooks. In the ongoing battle against threat actors, organizations must identify, create, document, and test various steps to detect, investigate, mitigate, and remedy potential threats. The culmination of these steps results in a cybersecurity playbook designed to secure organizational systems, networks, data, and users.
This document augments [RFC6550] by defining new DODAG Information Solicitation (DIS) flags and options that enable a RPL node to exert finer control over how neighboring RPL routers respond to its DIO solicitations. In addition, this document describes several use cases that motivate these DIS extensions and illustrate scenarios in which enhanced control of DIO responses improves network efficiency, responsiveness, and robustness.
High reliability and low jitter can be achieved by being able to send data packets through multiple paths, via different parents, in a network. This document details how to exchange the necessary information within RPL control packets to let a node better select the different parents that will be used to forward a packet over different paths. This document also describes the Objective Function which takes advantage of this information to implement multi-path routing.
The purpose of this draft Technical Report is to provide applied research insights on an open-source implementation of a Digital Product Passport (DPP) system for ICT goods as products in a market, goods in B2B supply chain flows or things (in IoT terms). By analyzing an electronic device use case, the Technical Report provides applied research insights and a case study on open-source technologies for DPP systems. It can help standards developers and product designers identify emerging technologies and research work on DPP systems for IoT and smart sustainable cities and communities (SSC&C) that are relevant for standardization in a global market of physical or virtual entities (ICT products or services).