This Italian Startup Just Made Aflatoxin Testing 90 Seconds Fast

Jan de Vries · 2026-08-03

Food safety is one of those things we tend to take for granted—until a crisis hits. For anyone working in agriculture, importing grains, or managing supply chains, the word "aflatoxin" carries serious weight. These toxic compounds, produced by certain molds, can contaminate crops and cause severe health issues. The problem? Testing for them has traditionally been slow, expensive, and locked away in labs. That's exactly the gap Aflabox is trying to close. This Italian AgTech startup just closed a Seed round worth $1.45 million (€1.35 million), and the money is earmarked for scaling their portable, AI-powered detection platform across Africa and Europe. ### Who's backing the vision? The round was led through FoodSeed, a program within CDP Venture Capital's National Accelerator Network that focuses on agrifood startups. Eatable Adventures manages the program. Farming Future—the National Agrifood Tech Technology Transfer Hub backed by CDP Venture Capital SGR and ToSeed & Partners—also joined the round. That's a solid group of backers, and it signals real confidence in what Aflabox is building. But the founders, Fabrizio Cardillo and Luca Alinovi, are quick to point out that this isn't about tech for tech's sake. > "We created Aflabox in response to a tangible problem we observed directly in the field: when testing is distant, expensive and slow, too many decisions across the supply chain are made without reliable data." That quote hits at the heart of the matter. When you can't get fast answers, you make educated guesses. And in food safety, guesses can be costly—both financially and in terms of public health. ### From lab to field: the technology Founded in July 2024, Aflabox has developed a portable platform that combines UV imaging, artificial intelligence, and geolocated data. It's designed to detect mycotoxins, assess grain quality, and map contamination risks across agricultural supply chains. The device is small enough to be used right where the crops are—no benchtop equipment or specialized lab technicians required. Here's how it works in practice: - **UV and white-light imaging** captures detailed sample data - **AI models** process the information instantly - **A digital result** is generated in under 90 seconds - **Geolocation tags** each scan, building a risk map over time What used to take hours or even days in a lab now happens in under two minutes, right in the field. That's a game-changer for rural areas and collection centers where contamination risk is highest and lab access is limited. ### Who actually uses this? The short answer: almost everyone in the agricultural value chain. Farmers can check crop quality before harvest. Collection centers and traders can make smarter purchasing decisions. Food processors and exporters can strengthen quality control and traceability. And governments or international organizations can use the aggregated data to plan food safety programs and monitor high-risk zones. Aflabox has already shipped 20 devices to the World Food Programme in Kenya, and the team presented the technology at the Cereal Millers Association Annual Technical Conference in April 2026. They've also filed a patent application covering the solution. ### Why this matters beyond the startup world This is one of those rare cases where a piece of hardware could genuinely change how global trade works. When testing is fast, cheap, and accessible, small farmers in developing nations get better market access. They can prove their crops are safe, command better prices, and reduce waste. That's not just a nice-to-have—it's a pathway to economic empowerment. Aflabox is still early in its journey, but the momentum is real. With this fresh funding, the team is positioned to scale the technology, expand the data platform, and bring field intelligence to the people who need it most. It's a reminder that sometimes the most impactful innovations aren't the flashiest—they're the ones that solve a problem everyone else overlooked.