Needs and baseline studies
Understand household realities, farm conditions, water access, energy use, climate risks, livelihood gaps, and institutional capacity.
Research & innovation
Evidence that moves from field observations to practical community solutions
We use community needs assessments, feasibility studies, field trials, AI, GIS, soil science, monitoring, and simple technologies to make development programs measurable, local, and scalable.
Research framework
From local evidence to usable community intelligence
Field trials and pilots
Run practical trials for SmartFarm, SmartFishAI, soil health, irrigation, aquiculture, solar systems, clean cooking, waste recovery, and community training models.
AI, GIS, and dashboards
Turn field data into maps, soil guidance, crop advisories, fish-water alerts, project indicators, energy models, water-system insights, and partner-ready learning products.
Monitoring and evaluation
Track what changes, document lessons, adapt implementation, and prepare evidence that can support funding and scale-up decisions.
Applied research
Better projects begin with better local evidence
EarthGuard documents local knowledge, collects field data, tests appropriate technologies, and shares lessons with communities, government agencies, universities, donors, and development partners.
- Baseline surveys and feasibility studies
- AI, GIS, soil health mapping, SmartFarm trials, SmartFishAI aquiculture pilots, and livelihood studies
- Environmental assessments and project monitoring
- Food security, renewable energy modeling, water access, catchment health, and forest-region evaluation
Technology tools
Simple systems that help communities make better decisions
Smart irrigation
Moisture-aware irrigation and fertigation planning linked to soil sensors, weather forecasts, solar pumping, and farm dashboards.
AI soil health intelligence
A localised innovation combining AI, GIS, and soil science to provide farmers with actionable soil health data and field-specific recommendations.
SmartFishAI water monitoring
Water temperature, dissolved oxygen, pH, salinity, turbidity, ammonia, and water-level checks for ponds, cages, aquaponics, boreholes, and water access projects.
Catchment and forest monitoring
Tracking water catchment conditions, forest-region pressures, tree survival, soil erosion, and community restoration progress.
Waste and recycling data
Mapping waste hotspots, tracking recycling participation, and measuring cleanup impact for schools and community groups.
Digital dashboards
Project performance, training progress, and community indicators.
SMS alerts
Mobile farmer advisory messages and group coordination.
Community data tools
Structured collection for surveys, monitoring, and reporting.
Solar performance tracking
Monitoring solar dryers, pumps, and energy-saving systems.
Energy modeling
Estimating solar demand, pump sizing, household energy savings, and clean technology performance before projects are installed.
Borehole automation
Supporting automated pumping, tank-level monitoring, flow control, and maintenance planning for reliable community water systems.