This Italian Startup Just Made Aflatoxin Testing 90 Seconds Fast

Jan de Vries · 2026-08-03

Food safety has a silent enemy, and it's hiding in your grain. Mycotoxins, especially aflatoxins, are toxic compounds produced by certain molds. They contaminate crops like maize, peanuts, and spices, posing serious risks to human health and costing the agricultural industry billions in rejected shipments and lost market access. For decades, detecting these toxins has been a bottleneck. The standard process involves sending samples to specialized labs, waiting for benchtop equipment results, and hoping the data arrives before the harvest spoils. That's slow, expensive, and practically impossible for farmers in remote regions. One Italian startup thinks we can do better. Aflabox, founded in July 2024 by Fabrizio Cardillo and Luca Alinovi, just closed a $1.43 million Seed round (converted from €1.35 million) to scale its portable, AI-powered detection platform. The funding came through FoodSeed, a program within CDP Venture Capital's National Accelerator Network managed by Eatable Adventures, with additional support from Farming Future. ### The Problem With Traditional Testing Here's the frustrating reality: most aflatoxin tests require lab infrastructure that simply doesn't exist where contamination risks are highest. Think rural collection centers in Africa or smallholder farms in Southeast Asia. By the time results come back days later, decisions have already been made — often without reliable data. Cardillo and Alinovi saw this firsthand. "When testing is distant, expensive and slow, too many decisions across the supply chain are made without reliable data," they said. That observation sparked the idea for Aflabox. The founders wanted to move testing out of the lab and into the field. Their solution combines UV imaging, artificial intelligence, and geolocated data collection into a portable device that delivers results in under 90 seconds. ### How Aflabox Actually Works Here's the breakdown of the technology: - **Portable hardware** that fits in a backpack and runs on battery power - **UV and white-light imaging** to scan grain samples for contamination markers - **AI models** that analyze the images and identify mycotoxin presence - **Cloud-based dashboards** that aggregate data across locations and time - **Geolocation tagging** so every scan is tied to a specific place Each scan produces a digital, shareable result. That data feeds into a growing database that tracks quality, contamination risk, and commercial value across entire supply chains. ### Who Benefits From This Technology The applications go far beyond a single farmer checking a batch of maize: - **Farmers** can assess crop quality right in the field before selling - **Collection centers and aggregators** can make smarter purchasing and storage decisions - **Food processors and exporters** can strengthen quality controls and traceability - **Governments and NGOs** can monitor contamination hotspots and plan intervention programs Aflabox has already shipped 20 devices to the World Food Programme in Kenya. The company presented its technology at the Cereal Millers Association Annual Technical Conference in April 2026, marking its first major commercial push. It has also completed initial validation of its AI models and filed a patent application. "Our ambition is to build a bridge between Italian technology, African supply chains and international markets," the founders explained. "Transforming agricultural quality into data that is fast, accessible, geolocated and actionable for businesses, governments and institutions, directly where it is truly needed." ### What This Means for Global Food Safety The implications are significant. Aflatoxins are not just a quality issue — they're a public health crisis in many developing regions. Chronic exposure has been linked to liver cancer and stunted growth in children. By making detection faster and more accessible, Aflabox could help prevent contaminated grain from entering the food supply in the first place. There's also an economic angle. Commodities that fail safety inspections lose value or get rejected outright. Real-time testing at collection points means fewer surprises at the border and better prices for farmers who can prove their crops are clean. ### The Road Ahead Aflabox is still young, but the trajectory is promising. The seed funding will help scale production, expand into new markets, and refine the AI models that power the platform. The company's focus on Africa — where contamination risk is highest and testing infrastructure is thinnest — positions it well for meaningful impact. "Aflabox is not simply an analytical device," the startup emphasizes. It's a field intelligence platform. And if the early traction is any indication, this could be the start of something much bigger than a portable testing kit.