水利信息化Issue(4)：93-98,6.DOI:10.19364/j.1674-9405.2026.04.014
全栈信创水文感知—传输—处理—服务全链条应用实践
Full-chain application of hydrological sensing-transmission-processing-service based on full-stack information technology application innovation
摘要
Abstract
To address the large number of hydrological monitoring stations,long data acquisition chains,insufficient terminal intelligence,and weak transmission security in Zhejiang Province's hydrological operations,this study proposed a full-chain information technology application innovation(ITAI)solution encompassing hydrological sensing,transmission,processing,and application.Based on domestically produced intelligent terminals,dual links combining mobile communications and BeiDou short messages,zero-trust security gateways using national cryptographic standards,and an ITAI cloud-based data governance engine,the system integrated approximately 16 000 hydrological monitoring stations and 21 000 hydrological telemetry terminals across the province.It supported real-time data acquisition,encrypted transmission,quality control,and operational data distribution for monitoring facilities such as hydrological stations,reservoirs,hydropower stations,weirs,sluices,and pumping stations.The application results showed that ITAI not only ensured equipment controllability and supply-chain security but also improved the timeliness of hydrological data transmission,link reliability,and cross-level data-sharing capacity.It provides a reference for upgrading provincial hydrological monitoring systems.关键词
全栈信创/监测感知/北斗短报文/零信任安全网关/水文数据治理Key words
full-stack information technology application innovation/monitoring and sensing/BeiDou short message/zero-trust security gateway/hydrological data governance分类
建筑与水利引用本文复制引用
王淑英,沈凯华,徐路平,孙雪萍..全栈信创水文感知—传输—处理—服务全链条应用实践[J].水利信息化,2026,(4):93-98,6.基金项目
浙江省科技计划"尖兵领雁+X"项目(2025C02048) （2025C02048）
浙江省水利厅科技计划项目(RC2511) （RC2511）
