Projects / AI Innovation Project

Building CropLogic: AI-Powered Farming Intelligence for Smallholder and Medium Farms

Project Kickoff: Septermber 1, 2025


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The problem

Smallholder and medium-sized farms form the backbone of food production across much of the developing world, yet they often face major limitations in decision-making, productivity, and sustainability due to:

  • Lack of Reliable Data Access: Most farmers rely on personal experience or inconsistent local advice rather than empirical, data-driven insights.
  • Manual Crop Monitoring: Tracking crop and soil health is often visual and reactive, leading to delayed interventions and suboptimal yields.
  • Resource Inefficiency: Overuse or underuse of water, fertilizers, and land resources increases costs and environmental degradation.
  • Climate Vulnerability: Farmers lack tools to adapt planting, irrigation, and harvesting decisions based on seasonal weather and environmental changes.

Despite the widespread availability of IoT sensors, satellite data, and predictive models, these tools are rarely made accessible or actionable for everyday farmers.

Impact of the Problem

  • Reduced Yields: Inefficient planting and watering decisions lead to yield variability and food insecurity.
  • High Input Costs: Unoptimized irrigation and fertilizer use drive up costs.
  • Climate Risk: Farmers remain vulnerable to unpredictable seasonal changes
  • Limited Ag-Tech Penetration: Current tools are expensive, too technical, or designed for large-scale agribusiness.
  • Missed Economic Opportunities: Lack of intelligence tools hinders optimal planting choices, limiting profitability and growth

The goals

To develop a SaaS-based precision agriculture platformCropLogic—tailored to the needs of smallholder and medium farms.

The platform will:

  • Ingest sensor and satellite data for soil and crop health monitoring
  • Use ML models to predict crop status, soil needs, and planting windows
  • Provide farmers with intuitive dashboards and location-based recommendations
  • Enable data-driven decisions on what, when, and where to plant, irrigation, fertilizer, and honey harvest timing

The Challenges

Data Collection & Processing

  • Data Fragmentation: Sensor and satellite data vary in format, resolution, and timing
  • Image Processing: Satellite NDVI/multispectral imagery requires careful
    preprocessing and geo-referencing
  • Low Connectivity: Many target users have limited access to reliable internet
  • Limited Ground Truth: Lack of annotated field data for ML model training and validation
  • Temporal Gaps: Weather and sensor data may be intermittent or missing

Model Performance & Scalability

  • Variability in crops, soil types, and climates challenges model generalization
  • Resource-efficient model deployment is needed for rural environments

Limitations of General Commercial SaaS Approaches)

  • Too Complex for Smallholders: Most platforms are designed for enterprise users with technical expertise.
  • Poor Adaptability: Generic models often fail on local crops or regional soil types.
  • High Cost: Existing platforms are financially inaccessible to small farms
  • Cloud Dependence: Always-online tools are unreliable in low-connectivity areas
  • No Integrated Advisory: Many tools visualize data but fail to provide actionable planting or irrigation guidance

Our Approach

CropLogic combines AI and domain expertise to deliver a purpose-built, farmer friendly platform”

  • Data Fusion: Integrates sensor (tabular) and satellite (raster) data in one pipeline
  • Farmer-Centered UI/UX: Simple dashboards with multilingual support and offline-first design
  • Local Model Tuning: Models trained and validated using region-specific crop and soil data
  • Lightweight Inference: Optimized model size for low-resource deployments
  • Modular Architecture: Enables scalable feature additions like honey harvest prediction

Expected Outcomes

AI Agent Ecosystem

A collaborative network of specialized AI agents that work together to automate carbon management tasks for SMEs, featuring:

  • Data Collection Agent: Automatically extracts emissions data from multiple sources with minimal human intervention
  • Calculation Agent: Applies real-time emissions factors using latest IPCC methodologies with 94% confidence scores
  • Compliance Agent: Generates audit-ready reports aligned with EU CSRD and US SEC requirements
  • Recommendation Agent: Provides AI-powered reduction strategies based on business characteristics and cost constraints

We focus not only on accuracy but accessibility, usability, and sustainability.

System Architecture

  • Sensor & Satellite ETL Pipelines: Automate ingestion, normalization, and storage of field-level data
  • Machine Learning Models: Predict crop health, classify soil conditions, and recommend interventions
  • RAG + Geospatial Search: Retrieval-augmented systems index regional best practices and satellite snapshots for reference
  • Web & Mobile Dashboards: Visualize predictions, alerts, and recommendations with offline access fallback
  • Advisory Engine: Maps insights into simple to-do lists: what, when, and where to plant, irrigate, or harvest

The Plan

Week 1–2: Discovery & Data Integration

  • Define user personas and farm profiles
  • Identify available sensors and satellite APIs (e.g., Sentinel)
  • Begin ETL pipelines for both tabular (sensor) and raster (satellite) data

Week 3–4: Model Prototypin

  • Train initial models for crop health prediction and soil condition classification
  • Validate with real-world field data
  • Start building advisory logic for planting and irrigation

Week 5–6: Dashboard & Advisory Engin

  • Develop web and mobile interfaces for farmer dashboards
  • Integrate ML insights into dynamic visuals and decision recommendations
  • Add advisory modules for honey harvest timing

Week 7–8: Testing, Pilot, and Feedback

  • Deploy system for testing on selected pilot farms
  • Collect farmer feedback for improvements
  • Finalize MVP for scale-out readiness

Expected Outcomes

  • Smart Dashboards: Visual guidance for farmers on planting, irrigation, and soil needs
  • ML-Driven Predictions: Accurate crop and soil health insights
  • Improved Yields: Farmers make informed decisions that boost productivity
  • Reduced Waste: Optimized use of water and inputs
  • Farmer-Friendly Design: Simple UI/UX built for rural and semi-digital users
  • Scalable Platform: SaaS product that can be expanded across regions and crops
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Requirements

Good English

A very good grasp in computer science and/or mathematics

(Senior) ML engineer, data engineer, or domain expert (no need for AI expertise)

Understanding of Machine Learning, and/or Data Analysis



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