Autonomous Soil Sensors
Sub-GHz long-range wireless soil sensors streaming volumetric water content (VWC) and ground temp every 15 minutes.
We engineer autonomous soil moisture telemetry networks, satellite NDVI crop health pipelines, and offline field mobile applications designed for remote agricultural lands with zero cellular SIM fees.
LoRaWAN agricultural mesh radius
SQLite local field app caching
Multispectral crop vigor monitoring
Source code and hardware bridge schemas
Sub-GHz long-range wireless soil sensors streaming volumetric water content (VWC) and ground temp every 15 minutes.
Processing Sentinel-2 multispectral satellite feeds to generate Normalized Difference Vegetation Index (NDVI) heatmaps.
Mobile app caching farm inspection logs locally and auto-syncing when agronomists return to base connectivity.
We build telemetry software that works continuously under harsh field conditions without relying on continuous internet.
Mapping field elevation, canopy interference, and gateway antenna tower height.
Deploying solar-powered soil probes and gateway concentrators.
Connecting Sentinel-2 imagery pipelines for bi-weekly crop vigor updates.
Launching responsive web dashboard and Flutter offline field app.
Binary frame parser decoding raw 8-byte LoRaWAN packet payloads into soil moisture percentage, ground temp (°C), and battery voltage.
1def parse_lorawan_soil_frame(payload_hex: str) -> dict:2 data = bytes.fromhex(payload_hex)3 moisture = (data[0] << 8 | data[1]) / 10.04 temp_c = (data[2] << 8 | data[3]) / 10.05 battery_v = (data[4] << 8 | data[5]) / 1000.06 return {7 "soil_moisture_vwc": moisture,8 "soil_temp_celsius": temp_c,9 "battery_volts": battery_v,10 "valid": True11 }Complete LoRaWAN payload parsers, satellite GIS scripts, and portal code transferred.
Sub-GHz license-free LoRaWAN mesh eliminating per-sensor SIM fees.
Protecting farm yields and proprietary crop formulas with formal NDAs.
Engineered for remote agricultural lands with intermittent connectivity. Captures soil moisture, weather data, and crop health metrics reliably.
LoRaWAN gateways operate on license-free sub-GHz radio bands (865-867 MHz in India / 915 MHz in GCC), forming a self-contained 10km wireless mesh network that buffers sensor data locally before uploading via satellite or periodic cellular backhaul.