Recently, Lanchuang Ecological Environment Big Data Analysis Decision Support System Cloud Platform V1.0 successfully passed the adaptability test of Jiangsu Province's information technology application innovation products and was officially selected for the Jiangsu Province Information Innovation Map, marking a significant breakthrough in promoting information innovation applications in the ecological environment field.
This test is strictly based on the environment of the Xinchuang technology system, and deeply verifies the functional performance of the cloud platform in the entire chain of ecological environment monitoring and control, covering more than 30 core monitoring scenarios such as multi-source perception of air quality, dynamic tracking of water environment, intelligent analysis of pollution sources, as well as key performance indicators such as real-time processing of massive ecological data and multi-dimensional analysis and decision-making models.
The test results show that the platform not only fully meets the requirements of eight major information innovation adaptation dimensions, such as functionality, performance efficiency and compatibility, but also shows unique advantages in the field of ecological environment monitoring: it realizes the trusted traceability of monitoring data in the whole chain through edge computing and blockchain certification technology, significantly improves the accuracy of ecological risk early warning by using spatio-temporal big data analysis engines, and builds a security barrier for environmental monitoring data transmission relying on domestic password algorithms. The system has successfully passed the "dual adaptation" verification of Xinchuang and ecological monitoring, which not only meets the national standards for network security and information construction, but also provides an independent and controllable technical foundation for fine management of the ecological environment.
After being selected for the Xinchuang Map, the platform will accelerate its integration into the "smart ecosystem" system, support the implementation of major strategies such as coordinated prevention and control of PM2.5 and ozone, water ecological restoration, actively innovate and expand low-carbon development application scenarios, build a carbon monitoring big data module, provide decision support for the "dual carbon" goal, and help create a complete Xinchuang ecosystem loop from carbon sensing devices to smart decision-making platforms.