en.Wedoany.com Reported - CICT Mobile, a subsidiary of China Information and Communication Technologies Group (CICT), launched three solutions at MWC Shanghai 2026: an integrated digital twin base for testing, simulation, and operations; the Space satellite road test intelligent cloud platform; and the HiNet satellite internet intelligent operations platform. Through end-to-end full-stack technology, these solutions address issues such as fragmented satellite network testing, difficult fault localization, high operational costs, and lagging parameter optimization, providing intelligent solutions for the full lifecycle management of space-terrestrial networks.
To tackle industry challenges such as the disconnect between testing and simulation, inaccurate airspace prediction, and difficulties in collaborative optimization, CICT Mobile's integrated digital twin base streamlines the entire process of data collection, real-time monitoring, model iteration, intelligent inspection, and network optimization, achieving integrated space-terrestrial network evaluation and operations. This solution supports multiple terminal types and can be flexibly deployed on devices such as drones and ground stations, comprehensively collecting satellite, low-altitude, and terrestrial network data. Through intelligent monitoring modules, it performs airspace surveys, interference localization, and drone cluster management. AI algorithms continuously optimize simulation models to accurately replicate real network operating conditions, while drone inspections and virtual-real twin management capabilities enable intelligent operations of antenna facilities. The AI knowledge graph and proprietary SmartRRM parameter optimization engine quickly troubleshoot faults and optimize operating parameters, enhancing overall satellite constellation performance.
To address issues such as complex traditional satellite testing processes, fragmented data, and low manual analysis efficiency, CICT Mobile launched the Space end-cloud collaboration platform, comprising the Space-T satellite intelligent road test terminal and the Space-C intelligent test cloud platform. Space-T supports dual operation via mobile phone and PC, covering full-service satellite communication testing, integrating real-time monitoring, data playback, AI intelligent diagnosis, and flexible iterative upgrades. Space-C enables fully automated workflows, supporting intelligent test task scheduling, batch parameter configuration, unattended log collection, and automatic data analysis with visual report output, replacing traditional manual operations with automation and intelligence to shorten project testing cycles.
Addressing operational pain points in satellite internet, such as 24/7 operation, difficult fault troubleshooting, and low operational efficiency, CICT Mobile upgraded the HiNet satellite internet intelligent operations platform, building a "1+3+N" full-stack AI autonomous architecture. This platform integrates space, ground, and application full-link data, leveraging AI large models to cultivate multiple foundational capabilities, forming three major solutions: space optimization, scenario recognition, and perception scheduling, and deploying applications such as simulation planning, intelligent operations, and digital employees. Field tests show a 50% improvement in network fault localization accuracy and over 30% performance gain from SmartRRM. The platform operates around six goals: zero waiting, zero faults, zero contact, self-configuration, self-healing, and self-optimization, deeply integrating AI technology to reduce manual dependency and achieve efficient utilization of network-wide resources.
At MWC Shanghai 2026, CICT Mobile demonstrated end-to-end full-chain technical capabilities from data collection, digital twin simulation, and cloud analysis to AI intelligent operations. Facing development trends such as 5G-A commercial deployment, large-scale satellite internet networking, and forward-looking 6G technology layout, CICT Mobile stated it will continue to deepen innovation in space-terrestrial convergence technology, collaborate with global operators and industry chain partners, and use integrated intelligent solutions to lower the threshold for satellite network construction and operations, promoting high-quality development of the space-terrestrial integrated communications industry.
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