We're solving post-harvest loss in Africa with solar-powered cold storage, real-time monitoring, and the education that makes both stick.
To transform agriculture in Africa by reducing post-harvest losses through sustainable and intelligent cold storage solutions.
A future where farmers preserve their harvest effectively and communities have reliable access to nutritious food.
WaterBrooks Technologies is an agritech-driven organisation focused on addressing one of Africa's most pressing agricultural challenges: post-harvest losses. Through our solar-powered cold storage units and IoT-enabled monitoring systems, we give farmers the ability to preserve produce for significantly longer reducing waste, improving food supply stability, and supporting better livelihoods for farming communities.
We also help close the last-mile gap between the farm and the first point of sale. Our farm-to-market transportation support moves produce from cold storage straight to local markets and traders, so the extra shelf life a farmer gains in storage isn't lost again on the road.
Our approach goes beyond technology. We integrate education and community engagement into every solution we deploy, so farmers gain not just the tools, but the knowledge to use them effectively building a more resilient agricultural ecosystem that benefits producers, consumers, and the environment alike.
According to the Food and Agriculture Organization (FAO) and the World Health Organization (WHO), Nigeria loses up to $10 billion annually due to post-harvest losses. Nearly 50% of perishable food items, including fruits and vegetables, are lost before they reach consumers because of a scale of inefficiency that points to an urgent need for better storage and preservation systems across the value chain.
Agriculture remains a vital source of livelihood for millions of people, yet significant challenges continue to limit its full potential across Nigeria and much of Africa. Chief among them: high post-harvest losses, where a large percentage of harvested crops spoil due to inadequate storage, poor infrastructure, and limited access to modern preservation technology. Farmers are often forced to sell quickly under unfavourable conditions, or risk losing their harvest entirely.
Rising temperatures accelerate how fast perishable goods deteriorate, undermining farmers' efforts through factors entirely beyond their control. Traditional storage solutions like diesel-powered systems are often expensive, environmentally harmful, and inaccessible to smallholder farmers. What's needed is an innovative, sustainable and scalable alternative: one that reduces losses, improves food availability, and strengthens agricultural resilience.
We combine smart technology, farmer training, and nutrition awareness to create lasting agricultural impact because a cold room only matters if it's used, understood, and trusted.
Solar-powered cold storage with IoT sensors and AI-driven insight, purpose-built for off-grid, rural deployment plus farm-to-market transportation that carries that freshness the rest of the way.
Training programs, workshops and outreach that build lasting skills in preservation and post-harvest handling.
Community awareness that connects reduced food waste to healthier, more food-secure households.
We collaborate closely with organisations that share our commitment to resilient, sustainable food systems.
WaterBrooks Technologies work sits directly inside the UN's 2030 Agenda every cold storage unit we deploy moves the needle on more than one of these goals at once.
Reducing post-harvest losses keeps more of what's already grown on the table thereby strengthening food security for farming communities.
Every unit runs entirely on solar power, bringing reliable cold storage to communities with no dependable grid connection.
Solar-powered, IoT-monitored cold storage is resilient agricultural infrastructure built for rural and urban deployment alike.
Cutting spoilage by 60–65% means less food wasted across the value chain, from farm gate to market.
Off-grid solar storage eliminates the need for diesel-powered cold rooms, cutting carbon emissions at the source.
Built through active collaboration with NGOs, government agencies, cooperatives and sustainability-focused organisations.