Enterprises

This project focuses on developing high-reliability, low-latency communication technologies for unmanned systems, establishing a secure communication architecture for multi-node collaboration and remote control. The system integrates 5G private networks, low-latency data transmission mechanisms, and anti-interference communication design to enhance the stability and real-time data return capabilities of unmanned vehicles in complex environments. Through edge communication coordination mechanisms and multi-channel redundancy design, the system ensures synchronization and stability of image data, sensor data, and control commands while minimizing latency and packet loss risks. The technology incorporates communication encryption/decryption algorithms and identity verification mechanisms to strengthen cybersecurity protection against unauthorized access and data tampering. Application scenarios include smart inspection, environmental monitoring, logistics transportation, and disaster response. Key workstreams include low-latency communication protocol design, multi-channel data synchronization and redundancy development, image and sensor data transmission optimization, anti-interference algorithm design, data encryption and cybersecurity architecture, edge node and cloud platform integration testing, and unmanned system communication performance evaluation and field verification.