Hardware that’s “large enough to store, fast enough to compute” with models/data “ready-to-use and professionally curated,” enabling large-scale processing and efficient analysis across land, environment, agriculture, emergency response, and higher education.
BUILD WITH OGE
LuoJia-3 02 Satellite - Brand New Data Available
LuoJia-3 02 Satellite - Brand New Data Available
The LuoJia-3 02 satellite, independently developed by Wuhan University's High-Precision Intelligent Remote Sensing Team, validates high-precision positioning and onboard intelligent processing without ground control. It supports multiple mission modes, including 0.5 m panchromatic imaging, 10 m hyperspectral imaging, stereoscopic mapping, and night-time light imaging, providing a variety of high-precision remote sensing data products.
FREE ONLINE ACCESS
Open Remote Sensing Model Repository
Open Remote Sensing Model Repository
Powered by high-performance cloud computing, our open spatiotemporal remote sensing model library offers detailed model parameters and usage guides. Over 700 models are available anytime, anywhere. Users can also upload and share their own models, contributing to OGE and realizing their value.
Hardware that’s “large enough to store, fast enough to compute” with models/data “ready-to-use and professionally curated,” enabling large-scale processing and efficient analysis across land, environment, agriculture, emergency response, and higher education.
BUILD WITH OGE
LuoJia-3 02 Satellite - Brand New Data Available
LuoJia-3 02 Satellite - Brand New Data Available
The LuoJia-3 02 satellite, independently developed by Wuhan University's High-Precision Intelligent Remote Sensing Team, validates high-precision positioning and onboard intelligent processing without ground control. It supports multiple mission modes, including 0.5 m panchromatic imaging, 10 m hyperspectral imaging, stereoscopic mapping, and night-time light imaging, providing a variety of high-precision remote sensing data products.
FREE ONLINE ACCESS
Open Remote Sensing Model Repository
Open Remote Sensing Model Repository
Powered by high-performance cloud computing, our open spatiotemporal remote sensing model library offers detailed model parameters and usage guides. Over 700 models are available anytime, anywhere. Users can also upload and share their own models, contributing to OGE and realizing their value.
Hardware that’s “large enough to store, fast enough to compute” with models/data “ready-to-use and professionally curated,” enabling large-scale processing and efficient analysis across land, environment, agriculture, emergency response, and higher education.
BUILD WITH OGE
INTRODUCTION
Multi-Source Data
Includes Landsat, MODIS, Sentinel public data and Luojia Series satellites. Supports browsing, search, metadata display, and cloud development.
Browse Search
Dual-Mode Dev
Supports script and visual workflows for global cloud data. Fast preview and high-performance batch processing handle massive data and concurrent tasks.
DevelopDocs
Spatiotemporal Models
Professional models for raster and vector processing, quantitative remote sensing, spatial analysis, and spatiotemporal mining, with over 700 models available.
ModelDocs
Quick Toolbox
A collection of spatiotemporal operators covering full data workflows, providing ready-to-use remote sensing tools for industry and research users.
Launch Cases
APPLICATIONS
Ginseng Suitable Areas in Shandong
Using DEM and environmental data, hydrology and terrain analyses identify optimal growth areas.
Pine Wilt Detection
High-resolution imagery enables automatic detection of diseased trees.
Playground & Greenhouse Detection
Deep learning with spatiotemporal–spectral fusion rapidly identifies specific features.
Solar Panel Progress Monitoring
Remote sensing and real-time analysis visualize and track construction progress.
SOLUTIONS
Energy Spatiotemporal Computing Platform
OGE’s solution for the energy sector combines spatiotemporal data, intelligent algorithms, and visual analytics to enable real-time monitoring, ensure safety, optimize workflows, and reduce costs. The platform visualizes production and transportation, identifies bottlenecks, improves efficiency, and leverages “Beidou + Spatial Intelligence” for precise facility and equipment monitoring, supporting efficient collaboration across the entire industry chain.
ECOSYSTEM
OGE AlianceOGE EducationVirtual ConstellationCUBE: AI + RS AgentHyperspectral Model