Smart Transportation Solutions

Drowsy driving hard to detect, delayed monitoring: Traditional monitoring relies on manual patrols or single cameras, struggling to accurately identify hidden behaviors like fatigue, distraction, and smoking; incidents are often discovered only after they occur, lacking pre-incident warning.

OpenHarmony AI Edge Computing + Multi-Modal Fusion Sensing: Leverages built-in AI computing power on in-vehicle terminals to analyze facial features, body movements, and vehicle trajectories in real time. Detects violations like fatigue and phone use with local audible-visual alarms, while syncing records to the cloud — transitioning from "post-incident accountability" to "in-process intervention and pre-incident prevention."

Cargo status black box, high tampering risk: Temperature, pressure, and leak conditions of goods in transit cannot be monitored in real time; paper or standard electronic waybills are easily tampered with, creating blind spots for "switching cargo" or irregular operations during loading and unloading.

OpenHarmony Distributed Sensing + Blockchain Evidence Storage: Connects various smart sensors (temperature/pressure, leak detection, etc.) via OpenHarmony Soft Bus, uploading cargo status data to the blockchain in real time. Combined with fully digitalized electronic waybills, ensures consistent matching of "person, vehicle, cargo, and documents."

Isolated devices vulnerable to attacks, fragile systems: Fragmented in-vehicle device brands and closed systems impede data interoperability and are prone to hacking; traditional systems receive slow patch updates, facing severe cybersecurity risks and data leakage threats.

OpenHarmony Native Intrinsic Security + Unified Device Management: Provides system-level security defense based on microkernel architecture, eliminating virus implantation. Leverages unified device management to enable remote secure OTA updates and policy delivery for massive in-vehicle terminals, building an integrated "device-edge-cloud" trusted security protection network.

Slow information flow, delayed coordinated response: During emergencies, on-site video transmission lags, information is siloed between the command center, vehicles, and rescue teams, and dispatch orders are delayed — missing the optimal rescue window.

Dual Device-Cloud Collaboration Engines + Low-Latency Communication: Relies on NearLink/5G technology and OpenHarmony distributed capabilities to enable real-time HD video transmission and multi-party audio-video conferencing. Upon alarm trigger, automatically links to emergency response plans and dispatches the nearest rescue resources with one click — achieving "immediate response and precise rescue."