Food Defense

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The Alert and Cooperation Network (ACN), which enables EU Member States to exchange information and coordinate responses to food safety incidents, processed a record 10,490 notifications. Notable incidents included a Listeria outbreak linked to French cheese, Salmonella in Italian tomatoes, and cereulide in infant formula.

Four European research and innovation projects—SecureFood, EFF-CoP, ACT4FOOD, and DEFENSEFOOD—will host a joint webinar on July 3, titled, "Advancing Food System Security: From Early Signals to Systemic Resilience.”

AI-enhanced biosurveillance, integrated sensor networks, and intelligent analytics have been framed as critical enablers of safer, more efficient food systems. At the same time, the field has begun to acknowledge that the same tools that drive efficiency and predictive power can also be turned against the food system itself. 

Supply chains are going digital, omnichannel operations are becoming the norm, and automation is everywhere. This should be good news for food fraud prevention. More data should mean more visibility, but in reality, it also creates more opportunities for both prevention and exploitation.

In 2025, FDA sampled domestic and imported honey to detect food fraud. Consistent with previous years, the rate of fraud was low, but still high enough to emphasize the ongoing vulnerability of honey to economically motivated adulteration.

This article examines the need to always engage subject matter experts in the analysis of AI results for food safety in the context of biosurveillance and cognitive security.

The free virtual event will take place on March 31 and will feature four European research and innovation initiatives to discuss how food security can be safeguarded by addressing fraud, crises, cyber threats, and chemical, biological and radiological (CBR) hazards across the food supply chain.

Garlic carries a distinct bacterial signature reflective of the soil in which it was grown, enabling geographic identification based on microbial composition. A novel method using microbiome data and AI analysis potentially offers a low-cost authentication technique.

TraceMap supports national authorities in identifying food safety threats and improving EU-wide coordinated response. A pilot version of TraceMap was recently used to support the investigation of globally distributed cereulide-contaminated infant formula.

Food fraud in the seafood sector is a growing and complex issue with serious health consequences, requiring a coordinated effort involving strict enforcement, advanced analytical tools, stakeholder collaboration, and public education.