GIS and Remote Sensing - soumodip18/Mul_Biotech_Farms_Ecosystem GitHub Wiki
๐ฐ๏ธ Spatial Intelligence & MulSmart Telemetry
Geographic Information System (GIS), Remote Sensing, and advanced hardware telemetry form the core data acquisition and spatial backbone of the IRBAS Framework. Mul Biotech Farms integrates satellite telemetry with proprietary edge-hardware to transition agricultural planning and field monitoring from guesswork to real-time, data-driven execution.
๐บ๏ธ GIS & Remote Sensing Capabilities
Our spatial intelligence infrastructure is engineered to support land assessment, environmental monitoring, and large-scale agricultural planning:
- Satellite & Spatial Mapping: Integration with spatial data layers, including Indian satellite telemetry via ISRO Bhuvan and global climate data pipelines via NASA POWER API and OpenWeather APIs.
- Land Suitability & Topography Analysis: Evaluating soil degradation, slope gradients, watershed mapping, and microclimate variations across diverse terrains (such as hill ecosystems in Kalimpong and flat/sloped agroforestry tracts in Chhattisgarh).
- Crop Health & Biomass Tracking: Monitoring vegetative indices (like NDVI), canopy cover changes, and soil moisture variations over large operational clusters (such as our 300โ400 hectare agricultural pilot projects).
- Environmental & Carbon Mapping: Spatial boundary delineation for participating farms, feeding directly into our dMRV Dashboard for transparent carbon accounting.
๐ก MulSmart Device: Hardware Telemetry Stack
To bridge macro-level spatial data with micro-level ground truth, Mul Biotech Farms has developed the MulSmart Deviceโan upcoming proprietary hardware telemetry system designed for autonomous field deployment.
- Soil Organic Carbon (SoC) Tracking: Real-time estimation and monitoring of soil carbon dynamics to support regenerative farming metrics and carbon MRV compliance.
- NPK Sensor Array: Continuous tracking of primary macronutrients (Nitrogen, Phosphorus, and Potassium) to optimize fertilizer application and prevent soil degradation.
- Comprehensive Weather Station Integration: Onboard meteorological sensors tracking ambient temperature, relative humidity, barometric pressure, rainfall, and solar radiation.
- Solar-Powered Autonomy & Connectivity: Equipped with an integrated solar panel and energy-harvesting power management system with Wi-Fi connectivity for continuous off-grid cloud synchronization.
๐ป Powered by Mul OS & Dashboard Integration
Hardware telemetry and spatial data are unified through proprietary software synchronization:
- Mul OS: The dedicated operating firmware running on the MulSmart Device, optimized for low-power consumption, sensor calibration, and edge-data processing.
- Dashboard Ecosystem: Raw field telemetry and spatial layers sync directly into our dMRV Dashboard and Agri GIS Dashboard, translating complex data into actionable agronomic intelligence.