调研组对合肥机场近期网络安全工作表示认可，并结合当前网络安全形势及辖区监管工作实际，向合肥 机场提出了具体的工作建议：首先，要确保整改措施落实，对评估中发现的问题要深入剖析原因，采取 切实有效的改进措施，避免仅停留在方案制定阶段。其次，要持续关注三个方面的内容，包括国家和行 业组织的网络信息安全活动，公司层面的管理制度、工作流程和操作规程，以及重要业务系统的运行状 况。最后，要用好法定自查工具，抓实抓细企业自查工作，定期梳理工作数据，逐步构建起网络安全动 态管理手册。此外，调研组还要求安徽机场集团尽快建立集团内部网络安全工作协调机制，为分子公司 搭建沟通渠道，以推动网络安全工作的深入开展。 《中国民航报》、中国民航网 记者胡夕姮 通讯员程宸 报道：民航安徽监管局近日对合肥机场的网络安 全状况进行了专项调研。此次调研活动得到了安徽机场集团办公室、网信办的积极支持。 调研会议期间，合肥机场就其近期重点保障工作进行详细汇报，并展示了在人员培训、应急预案制定、 信息通报流程梳理、法定自查和公共显示屏管理等方面的具体实践。与会人员就二级部门如何有效学 习、落实新建网络安全制度进行了深入讨论。 接下来，安徽监管局将以辖区 ...

Core Viewpoint - The "Tianfu Casting Network - 2025" emergency drill for network security assurance during the Chengdu Universiade was conducted, involving various provincial departments and telecom operators to enhance cybersecurity capabilities [1] Group 1: Event Overview - The drill was organized by multiple provincial authorities including the Provincial Internet Information Office, the Provincial Communication Administration, the Economic and Information Technology Department, and the Public Security Department [1] - Participants included local telecom operators, industrial internet companies, and cybersecurity institutions such as China Academy of Information and Communications Technology and Aisino Security [1] Group 2: Focus Areas - The exercise focused on typical scenarios related to network security for the Chengdu Universiade, addressing threats such as cross-province denial-of-service attacks, webpage tampering, data leakage, and industrial internet security [1] - Emphasis was placed on real-world scenarios, collaborative defense, and the use of AI agents to assist in attack and defense decision-making [1] Group 3: Outcomes and Future Actions - The drill served as a comprehensive review of the network security assurance efforts for the Chengdu Universiade, with participating units effectively responding to simulated emergencies [1] - Relevant departments will summarize experiences, optimize emergency plans, enhance capability building, and improve practical response abilities to complex network attacks [1]