# Cyberattacks Target European Supermarket Refrigeration Systems Hackers exploit legacy vulnerabilities in connected cooling units, causing widespread food spoilage across Europe. - **Source:** [ABC News: Technology](http://abcnews.com) - **Published:** 2026-11-03 - **Topic:** [Software & Engineering](https://brifing.si/c/engineering) - **Original article:** - **On Brifing:** https://brifing.si/s/da000815-a6ad-4736-8688-dd494a6ab3e5 ## Widespread Refrigeration System Breaches Supermarkets across multiple European nations, including Sweden, Italy, and Greece, reported unauthorized access to their refrigeration units this week. These remote hacks forced temperature settings to extreme levels, reaching up to 150 degrees Celsius in some instances. The resulting operational disruption caused significant food spoilage and millions of dollars in financial losses. ## Recurring Pattern of Attacks This incident follows a similar wave of cyberattacks that targeted retail outlets in France, Belgium, and the Netherlands weeks earlier. Investigators identified that the breaches were not isolated events but part of a broader campaign. Authorities are currently coordinating protective measures across the European Union to mitigate further risks to food supply chains. ## Vulnerabilities in Legacy Hardware Cybersecurity experts and agencies, including France’s ANSSI, linked the breaches to outdated remote control modules from manufacturers like Danfoss and Copeland. Many affected systems are discontinued products that no longer receive security updates. These legacy controllers, often connected directly to the internet, serve as primary entry points for malicious actors seeking network access. ## Poor Cyber Hygiene Practices Officials from the U.K. National Cyber Security Center emphasized that the attacks exploited known vulnerabilities rather than sophisticated zero-day flaws. A critical factor remains the use of default passwords and direct internet exposure for industrial hardware. These basic security failures allow attackers to easily manipulate temperature controls without needing advanced technical tools. ## The IoT Security Paradox Retailers increasingly connect refrigeration systems to the internet to monitor temperatures, reduce energy costs, and automate maintenance alerts. While these digital transformations improve operational efficiency, they also expand the attack surface. Experts argue that businesses often treat these connected devices as simple appliances rather than complex computers requiring rigorous, ongoing security management. ## Technical Debt and Underfunding Industry analysts suggest that organizations prioritize AI and digital transformation budgets while neglecting the maintenance of critical infrastructure. Systems responsible for essential operations, such as keeping food cold, frequently run on hardware that has not received funding since installation. This accumulation of technical debt creates predictable, preventable security risks for modern retail enterprises. ## No Evidence of AI Involvement Despite recent concerns regarding AI-powered cyber threats, experts confirmed that these specific attacks did not utilize artificial intelligence. The techniques employed were rudimentary, relying on long-standing security gaps in internet-facing controllers. This distinction highlights that traditional, low-effort exploitation methods remain a significant threat to organizations failing to secure their basic network infrastructure. ## Urgent Need for Resilience The ongoing investigation has yet to determine the perpetrators or the primary motivation behind these coordinated attacks. European officials are urging retailers to disconnect vulnerable units from the public internet and improve their cyber hygiene. This series of events serves as a stark reminder of the systemic risks inherent in connected industrial environments. ## Sources covering this story - https://abcnews.com/Technology/wireStory/european-supermarket-fridges-hacked-137816012 — --- _Summary written by Brifing from the original reporting. Copyright in the original article belongs to its publisher; read the full piece at the link above._