Coverage
Indonesia Coverage
Spire Global × PT Luwes Inovasi Mandiri
Detailed weather forecasts and soil moisture data
Weather and soil information for Indonesia High-resolution weather modeling platform (~3 km) for Indonesia, providing hourly forecasts up to 6 days ahead using satellite and ground station data integration.
- Indonesia-wide coverage
- 3 km Resolution & Hourly Output
- Data Update 2× Daily
- Combines satellite and ground measurements
How the platform works
The platform combines satellite observations, ground sensors, and weather models to provide forecasts and soil moisture information.
- Hourly Weather Forecast up to 6 Days
- Soil moisture at different depths
- Satellite and field station data
- Data access through APIs and web maps
Indonesia National Coverage
- Full Indonesia Territory Coverage
- Tropical Climate Optimized Model
- Maritime and Land Surface Hybrid Modeling
AgricultureGovernmentDisaster MitigationEnergyAviationMaritimeSmart City
Data Specification
Spatial Resolution
- Weather: ~3 km
- Soil Moisture: 6 km Global
- 500 m Regional
- 100 m detailed coverage
Update schedule
- Forecasts: hourly
- Updates: 2× per day
- Forecast Horizon: Up to 6 Days
Data Delivery
- REST API
- Web Map Visualization
- Raster Layer
- Dashboard Integration
Data sources
Satellite Sources
- GNSS-R Observation
- Microwave Soil Moisture
- Radar Satellite Observation
- Atmospheric Sounding Data
Ground measurements
- Weather station network
- Rain gauge network
- Environmental IoT Sensors
- Hydrology and Soil Sensors
01
Satellite
02
Data Fusion
03
Atmospheric Model
04
Output
Soil moisture information
Main Parameters
- Water content by soil volume
- Soil moisture index
- Moisture around plant roots
- Surface moisture monitoring
Uses
- Irrigation planning
- Drought monitoring
- Flood risk monitoring
- Land Productivity Optimization
Weather Forecast Parameters
Core Weather Parameters
- Precipitation
- Temperature
- Wind at different heights
- Relative Humidity
- Cloud Cover
- Solar Radiation
Advanced Atmospheric Parameters
- CAPE, DCAPE, CIN
- Vertical Wind Shear
- Storm Helicity
- LCL and LFC
- Atmospheric Thickness
- Atmospheric Anomaly Analysis