Precision Palm: AI-Driven In-Silico Simulator Transforming Oil Palm Monoculture into Regenerative Agroforestry
Computational Framework for Spatial Land Optimization, High-Integrity Carbon Accounting, and Avoided Tropical Deforestation
⚡ Edge Case Scenario Presets:
Click to load boundary condition parameters into simulation instantly
⚙️
AI Inference System & Plantation Parameters
Select operational mode: Pure in-silico simulation, drone canopy diagnostics, or combined hybrid audit
⚡ Combined / Integrated Hybrid
📸 Orthophoto & Drone Canopy Telemetry Zone (Multimodal Vision)
Gemini 2.5 Flash Multimodal
📤
Drag & drop drone orthophoto or mobile canopy image here, or click to browse
Format: JPG, PNG, WEBP (Uploaded directly to remote gateway)
🟢 [ Palm Stand ]
🟡 [ Clean Alley Corridor ]
🔴 [ 2.0m Root Buffer ]
🔵 [ Natural Weed/Cover ]
1. Plantation Geometry
✨ AI Telemetry Applied
2. Intercrop Species
3. Soil & Terrain Edaphics
4. Reference Yields (Ton/Ha)
🌱 Total LER
High Efficiency
1.52x
Mead & Willey (1980)
+52.3% Advantage
🌲 Avoided Deforestation
Land Spared
34.37%
Forest Spared:
52.38 Ha
📐 Net Alley Corridor
Zero Tillage
3.79 m
Effective Area:
82.91%
💰 Verified Carbon & Crops
Tier 3 (USD)
$ 5,120.00
Climate Benefit:
$ 1,820.00
🤖 AI Synthesis & Certification Audit (Gemini 2.5 Flash)
Audited by Google Gemini 2.5 Flash Multimodal Agent
✓ Certified Agroforestry Audit Synthesis:
Dual ISPO & EUDR Certified
Dual-track in-silico audit verified under Beer-Lambert radiation attenuation model. Zero-tillage 2.0m root exclusion buffer strictly maintained without chemical herbicides. Inter-row corridor verified for shade-tolerant agroforestry without canopy disruption. Cryptographic SHA-256 seal issued for EUDR Article 9 compliance.