Maji Harvest is a smart farming company focused on solving water scarcity and climate challenges through advanced technology. Our name, meaning "water" in Swahili, reflects our mission to enable sustainable agriculture by optimizing water use.
We develop AI-driven, IoT-enabled solutions powered by renewable energy to help farmers in vulnerable regions increase crop yields and improve livelihoods. Targeting Africa and similar climate zones in Latin America and South Asia, we partner with governments and NGOs to transform traditional farming into efficient, resilient smart farms.
An AI-driven system that integrates crop growth cycles, soil moisture, and weather data to determine optimal irrigation timing and volumes automatically. This model achieves up to 50% water savings.
A sensor network that collects real-time data on soil moisture, temperature, sunlight, and atmospheric pressure. Dual communication via GSM and LoRa ensures reliable operation even in areas with unstable internet connectivity.
All equipment operates on solar power with low-energy design, allowing independent operation in regions without electricity infrastructure. Batteries and charging controllers meet durability and safety standards.
AI models trained on crop growth data predict pest outbreaks, harvest times, and water deficiency risks. All data is visualized on web and mobile dashboards with remote control capabilities.
Designed for ease of use by non-technical farmers, featuring intuitive UI/UX and support for English, Swahili, Arabic, Spanish, and other languages.
East Africa: Highlands and dry areas of Ethiopia, Kenya, Uganda
West Africa: Sahel belt, Niger River basin with seasonal droughts
North Africa: Mediterranean-desert mixed climates in Morocco, Algeria, Egypt
Southern Africa: Semi-arid highlands including Namibia, Botswana, Lesotho
South Asia: Northern India, Pakistan, Bangladesh
Middle East: Jordan, Lebanon, Iraq
Latin America: Peru, Mexico, Brazilian interior
Southeast Asia: Inland Myanmar, Cambodia, Philippines
Annual rainfall between 300-800mm · Areas with poor electricity infrastructure · Hot, dry, and seasonal drought environments
Up to 45% reduction in water consumption, playing a crucial role in groundwater conservation and enhancing drought resilience.
Expected to increase yields by an average of 1.5 to 2.0 times, with particularly strong effects on tropical and heat-sensitive crops.
Increased crop production and decreased water and energy waste results in higher earnings and improved living standards.
The system operates fully on solar power and battery storage, ensuring reliable function in off-grid areas without any external energy costs.
Optimized irrigation and fertilizer management are projected to reduce carbon emissions by approximately 1 ton CO₂ equivalent per hectare annually.
"Water is life. Intelligence preserves it. Maji Harvest gives every farmer the tools to grow more with less."
Maji Harvest — Smart Farming for a Thirsty World.