Core Viewpoint - The new generation flight schedule management system has officially launched, aimed at enhancing the centralized management of flight schedule resources and supporting daily operations in the civil aviation sector [1][4]. Group 1: System Development and Features - The system was developed under the leadership of the Civil Aviation Administration of China (CAAC) and has undergone a three-month trial period, during which over 1,700 issues related to data discrepancies and user feedback were resolved [2]. - It incorporates a "time resource coding traceability technology," providing each time resource with a unique code, effectively addressing issues of resource ownership and operational traceability [2]. - The system features a "standby" module to improve resource utilization, allowing airlines to register time requirements and efficiently allocate idle resources [2]. Group 2: Operational Enhancements - Compared to previous systems, the new system has achieved significant upgrades in safety operation services, business functionality, integrity risk prevention, and data security [3]. - It integrates a route operation pressure simulation module, creating a closed-loop operation model that enhances decision-making for busy air routes [3]. - The system automates business type recognition, sorting, and approval, increasing coordinator efficiency by 70% and reducing processing time from four weeks to one week in special scenarios [3]. Group 3: Security and Compliance - The system emphasizes integrity risk management, transitioning from manual to system-based controls, and establishing a traceable and real-name operation supervision mechanism [6]. - It implements an electronic process management system that records all operations for audit purposes, effectively preventing abuse of discretion [6]. - The system's disaster recovery architecture meets national cybersecurity standards, significantly enhancing physical, network, host, application, and data security [3][6]. Group 4: Future Directions - The CAAC aims to continuously optimize the system's functionality and focus on intelligent integration, enhancing operational efficiency and safety in civil aviation [6].