1 views collected around this technical thread.
The article outlines China’s 2024‑2027 information standard action plan, the rollout of ITU DevOps and AIOps assessments, and showcases dozens of telecom projects that achieved significant improvements in delivery speed, reliability, automation and observability through standardized DevOps, SRE and AI‑ops practices.
China Broadcasting’s 5G NR broadcast service, set to launch commercially next year, will allow users to watch TV programs without data or a SIM card, leveraging coordinated 5G base stations and broadcast towers to deliver traditional TV channels directly to mobile devices.
The 2023 China DevOps Survey reveals that telecom operators are rapidly advancing their DevOps maturity, with over 60% achieving comprehensive maturity, driven by standardized models, continuous delivery practices, and extensive industry assessments across more than twenty sectors.
In the context of digital transformation, six leading Chinese telecom operators applied the CAICT DevOps Capability Maturity Model to evaluate dozens of projects, achieving significant improvements in continuous delivery, technical operations, security, and AIOps, providing valuable references for the industry.
This article details how China Telecom's AI R&D Center constructs a network‑operation event knowledge graph using AI techniques and Neo4j, covering the operational challenges, ontology design, data extraction pipelines, system architecture, practical applications, and future outlooks.
In the context of digital transformation, six leading Chinese telecom operators used the CAICT‑led DevOps Capability Maturity Model to evaluate 33 projects, improving IT performance, integrating resources, and supporting business systems, offering valuable industry‑wide best‑practice insights.
This article describes how China Telecom's AI R&D Center designs and implements a network operations event knowledge graph using AI techniques, graph databases, and UIE models to improve fault handling, automate recommendations, and enhance intelligent assistance for telecom network maintenance.
This article explains how the CAICT‑led DevOps Capability Maturity Model guides major Chinese telecom operators—China Mobile, China Telecom, China Unicom, ZTE, Huawei and China Tower—through 31 assessments, showcasing project‑level improvements, integration of resources, and measurable gains in delivery speed, quality and operational efficiency across the industry.
The article explains what eSIM is, its evolution from traditional SIM cards, Apple’s adoption, the recent suspension of eSIM services by China Mobile, Unicom and Telecom, and discusses potential bugs, security risks, and consumer advice regarding eSIM-enabled wearables.
Amid a nationwide digital transformation, leading Chinese telecom operators have leveraged the CAICT‑backed DevOps Capability Maturity Model to evaluate and improve their IT performance, integrating team resources and talent to better support business systems, with detailed case studies and measurable outcomes across dozens of projects.
At the 20th GOPS Global Operations Conference in Shenzhen, Huawei expert Liu Yuliang outlined how AI and data can transform telecom network management from a network‑centric to a business‑centric, self‑driving model, highlighting key solutions such as ChatOps, EDNS, AABD Pro, and cross‑vendor topology reconstruction.
Amid digital transformation, six leading Chinese telecom operators adopted the CAICT‑led DevOps Capability Maturity Model, completing 31 assessments that showcase improved IT efficiency, integrated team resources, and accelerated business support across continuous delivery, technical operation, security, and system tooling.
This article provides a detailed overview of MEC technology, covering operator development plans, industry ecosystem status, three major technical routes (ETSI‑based MEC, public‑cloud‑driven, and hybrid‑cloud), architectural layers, key capabilities, and typical application scenarios, while highlighting the role of 5G and future market trends.
Across China’s telecom sector, leading operators such as China Mobile, China Unicom, and China Telecom have leveraged the CAICT‑led DevOps Capability Maturity Model to assess dozens of projects, achieving faster delivery cycles, higher automation, standardized interfaces, and improved IT efficiency through continuous delivery, technical operation, and system‑tool integration.
The Ministry of Industry and Information Technology outlines China’s current eSIM research and promotion efforts, highlights its benefits for devices, and explains regulatory, security, and operator challenges that delay eSIM adoption in smartphones, while noting existing IoT and smartwatch deployments.
Ericsson leverages cloud‑native technologies—including Kubernetes, micro‑services, CI/CD pipelines, and CNCF tools—to accelerate its 5G network rollout, reduce service feedback times from weeks to hours, lower TCO, and enable rapid, reliable deployment of telecom applications across carrier networks.
This article reviews how leading Chinese telecom operators adopted the nationally‑backed DevOps Capability Maturity Model to assess and improve their IT performance, detailing project counts, specific case studies, measurable gains, and the model’s broader industry impact.
This article examines the challenges of intelligent telecom network operation, presents Zhejiang Mobile’s AI‑powered self‑healing practice—including process re‑design, system reconstruction, talent transformation, and measurable results—and outlines the AIOps maturity model and future outlook for digital network management.
This article reviews how leading Chinese telecom operators adopted the CAICT‑led DevOps Capability Maturity Model, detailing 17 evaluated projects across companies, the improvements achieved in continuous delivery, technical operations, and tooling, and the broader impact on IT efficiency and digital transformation.
The article provides a detailed overview of one‑click mobile number login and verification services offered by China Mobile, China Telecom, and China Unicom, describing their SDK capabilities, network requirements, caching mechanisms, and typical use cases for mobile and web applications.