Full Speed Ahead: Huawei’s AI-Powered Transport Innovations at MWC 2025

At MWC Barcelona 2025, Huawei hosted a transportation forum themed Accelerate Transportation Digital Intelligence to explore new paths for smart transportation and share its latest technical achievements.

Jacky Wang, Vice President of Huawei’s Smart Transportation BU, led the release of seven solutions across four transportation sectors.

• Rail: Huawei’s Smart Railway Yard & Station Solution empowers intelligent upgrades. It improves intelligent fault recognition rates to 99.99%, while intelligent scheduling boosts rolling stock inspection and repair efficiency by 30%. Preliminary inspection based on intelligent detection halves manual workloads. Additionally, perimeter detection ensures zero missed alarms and very few false alarms. The solution cuts power consumption by 40% and decreases costs and space by 30%.
• Aviation: Huawei upgraded the Fully Connected All-Optical Network Solution for airports by adding the M45 panel-type ONU, and improved Xinghe Intelligent Airport Integrated Data Network Solution. The ONU supports PoF power supply and Type B dual-homing service protection. Wi-Fi 7 enables targeted signal enhancement for VIP users with 20% higher bandwidth. Moreover, Huawei’s exclusive Wi-Fi shield guarantees zero data leakage. The airport IOC improves the flight departure punctuality and ground support efficiency by 5% each, making forecasts more precise.
• Transportation: Huawei’s Transportation Operations Coordination Center – Advanced (TOCC-A) detects traffic incidents within seconds and handles them 30% faster than previous methods. Precise charging scheduling of new-energy buses improves passenger mobility efficiency by over 15%. Nine modules and 16 types of services can be flexibly combined to optimize safety, efficiency, and service quality.
• Sea port: Huawei unveiled the Intelligent Multi-Level Port Operations Management Solution to help port groups go digital and become more innovative. The solution reduces report statistics time from weeks to minutes and enables benefit indicator analysis to be done on an hourly basis instead of monthly.

Xinghe Intelligent Campus Solution

During MWC 2025, Huawei unveiled the fully-upgraded Xinghe Intelligent Campus Solution designed for AI-powered, experience-centric campus network deployments. This solution stands out for wireless, application, Operations and Maintenance (O&M), and security experience upgrade, helping build a future-proof campus network with the best user experience to thrive in the AI era.

In the AI era, Huawei actively integrates AI into campus networks, achieving AI-powered wireless, application, O&M, and security experience upgrade. By leading experience-centric campus networks, Huawei further drives faster AI adoption and industry intelligence to thrive in the AI era together with customers and partners.

– Shawn Zhao

StarryLink optical modules

At the Mobile World Congress 2025 (MWC 2025), Huawei launched the StarryLink optical modules, designed to enhance network experiences with “3S” quality (Spanning, Stable, Secure). This announcement occurred during the data center session titled “Building New Data Centers in the Intelligent Era,” which focused on accelerating digital transformation of enterprises. The event drew over 100 customers and partners from various countries, eager to explore trends and innovations in data center networks.

As AI development accelerates, training models are evolving to trillions of parameters, necessitating upgrades in switching capacity and the evolution of data center switches. To facilitate efficient interconnection of these high-capacity switches, optical modules must progress from a single lane of 56 Gbit/s to 112 Gbit/s. However, this transition faces several challenges:

• Transmission distance: Growing data centers require support for longer transmission distances.
• Reliability: Issues like optical module failures and fiber optic contamination are increasingly common.
• Security: Exposed optical fibers during cross-equipment room interconnections pose risks of sensitive data exposure.