秒级预警潜在事故风险，高德“鹰眼”守护春运出行安全

Core Insights - The 2026 Spring Festival travel period is expected to see a record 9.5 billion trips, with personal vehicle travel accounting for approximately 80% of the total [1] - The "Eagle Eye Guardian" early warning system, developed by the China Academy of Safety Science and Technology in collaboration with Gaode, aims to enhance travel safety during this peak period [2][5] Group 1: Eagle Eye Guardian System Overview - The Eagle Eye Guardian system is a key technological achievement from a national R&D initiative, designed to provide real-time traffic risk alerts and enhance driver safety [2] - The system can perceive 24 types of potential traffic risks and offers second-level alerts, giving drivers critical reaction time to prevent accidents [2][6] - It operates across all road networks and various travel modes, ensuring comprehensive coverage for different types of vehicles and driving scenarios [4] Group 2: System Performance and Impact - Since its launch, the Eagle Eye Guardian system has issued over 11.2 billion alerts, with an average of 88 million alerts per day, significantly reducing accident rates on major highways [7] - For instance, during the 2025 National Day holiday, the system contributed to a 10% decrease in daily vehicle accidents on the G2 Jinghu Expressway compared to the previous year [7] - The system's effectiveness was demonstrated in a real incident where it provided timely alerts that helped over 200 drivers avoid a potential collision [6] Group 3: Upgrades for Spring Festival - The system has been upgraded to include real-time alerts for extreme weather conditions such as snow and fog, enhancing its capability to adapt to changing travel environments [8] - New features include the "Eagle Eye Alarm," which creates a closed-loop response system for accident detection and emergency alerts, improving overall safety during high-traffic periods [9] - The system integrates with emergency response mechanisms, allowing for rapid detection and notification of incidents, thereby reducing the risk of secondary accidents [9]