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Huawei Cloud CVADCS at MWC 2025: Revolutionizing Smart Mining

Huawei Cloud Commercial Vehicle Autonomous Driving Cloud Service, or CVADCS, made a notable impact during its debut at the Mobile World Congress (MWC) 2025 in Barcelona, where it introduced groundbreaking innovations aimed at the mining sector. This launch not only marks Huawei's first international presentation of CVADCS but also highlights its commitment to technological advancement and market expansion beyond China.

The innovations presented by CVADCS are poised to transform open-pit mining operations through a seamless combination of vehicles and cloud technology. With reported operational efficiency improvements of up to 135%, these solutions are designed to deliver intelligent, safe, and efficient driving capabilities. An exemplary case of this innovation is showcased at Yulong Mine in Tibet, located at an impressive 5,000 meters above sea level, where the technology demonstrates its high performance even under extreme conditions.

Huawei Cloud CVADCS aims to set a new standard for intelligent upgrades in the global mining industry. The platform utilizes cutting-edge sensor technology and data analytics to ensure operational continuity, even amid severe weather disruptions such as strong winds and dust storms, maintaining visibility standards of up to 40 meters. This reliable system guarantees precise positioning and performance under real-time adaptations to complex roadway contexts and obstacles.

Key Features of CVADCS

• - Vehicle Management: Unified management and flexible scheduling for multiple vehicles and fleets, leading to enhanced operational efficiency.
• - Real-Time Vehicle Monitoring: The system offers updated dynamic maps every few minutes, ensuring accurate auto-generation and positioning of collection, loading, and unloading sites.
• - Robust Cloud Capabilities: Convergent detection capabilities enable uninterrupted operations in adverse weather conditions, guaranteeing reliability and safety even in low visibility scenarios.
• - Precise Positioning Techniques: Advanced positioning technology ensures robustness and precision, maintaining real-time performance despite various interferences and ensuring accurate navigation for intelligent mining vehicles.
• - Operational Control Systems: These systems oversee the monitoring and management of smart mining vehicles, optimizing both performance and security.

In addition to fleet management and real-time monitoring, CVADCS employs a sophisticated supervisory platform that continually evaluates the operational state of software and hardware components. This includes self-check mechanisms for operational status, alarm reports, and failure diagnostics to facilitate proactive maintenance and restoration. By analyzing production data, the system can forecast trends and adjust operational strategies, dynamically updating service maps for accurate positioning of operational areas without manual intervention.

By enhancing the synergy between vehicle systems and the cloud, Huawei Cloud CVADCS markedly boosts the efficiency of intelligent driving, surpassing traditional manual methods. While expanding its global footprint, Huawei Cloud CVADCS is dedicated to rolling out smart and efficient operational models across various sectors, including mining, ports, and campus management.

Through continuous innovation and technological optimization, Huawei is committed to fostering sustainable development in the global mining industry and beyond. Attend MWC 2025 to explore the future of mining technology and discover how Huawei Cloud CVADCS is leading the intelligent transformation of the sector.

About Huawei Cloud CVADCS

Huawei Cloud CVADCS represents a smart vehicle-cloud collaborative platform developed by Huawei, aimed at enhancing the mining industry with intelligent driving supported by advanced connectivity, data analytics, and AI-powered solutions. Leveraging cutting-edge technologies such as 5G, IoT, big data, and AI, CVADCS enables smarter, safer, and more efficient vehicle management and operations, acting as a seamless bridge between vehicles and the cloud to facilitate smooth communication, real-time data processing, and intelligent decision-making.