Ethical Hacking News
A suspected cyberattack behind military base freezer failures has been attributed to the US Pentagon and French investigators, with the incident raising concerns about the security of refrigeration systems and the potential for cyberattacks to have a significant impact on food safety and supply chains. The investigation is ongoing, with the US Cyber Command working closely with French investigators to identify the cause and those responsible.
At least six US military commissaries in 11 states were affected by freezer failures, resulting in thousands of dollars' worth of spoiled food.The Pentagon has confirmed that the freezer failures are being treated as a suspected cyberattack.Similar attacks have been reported in France, where hackers targeted supermarkets and caused millions of euros' worth of damage.The incident highlights the need for continued vigilance and cooperation between government agencies, law enforcement, and industry to protect refrigeration systems from cyberattacks.The incident serves as a reminder of the increasing threat of cyberattacks on critical infrastructure, including refrigeration systems.
The recent spate of freezer failures at US military bases in August has been attributed to a suspected cyberattack, with the Pentagon and French investigators working together to investigate the incident. The freezer failures, which affected at least six commissaries across 11 states, resulted in the spoilage of food worth thousands of dollars.
According to reports, the freezer failures were not limited to just turning off the machines, but in some cases, the temperatures were cranked up overnight, leaving mounds of wilted or melted food in the morning. Fort Huachuca in Arizona reported that its freezer went into defrost mode and heated up all the food, adding that the trust was spoiled.
The Pentagon has confirmed that the freezer failures are being treated as a suspected cyberattack, with a unit of US Cyber Command working closely with other government agencies and law enforcement to investigate the incident. The French Embassy in Washington had no comment on the matter.
Similar attacks have been reported in France, where hackers took control of the cooling units in over 350 stores, raising the temperatures and causing frozen food aisles to be emptied. In one instance, the units got so hot that they caught fire, with the total cost of the damage estimated to be tens of millions of euros.
The French attack is the clearest example of a cyberattack on refrigeration systems, with Danfoss, the manufacturer targeted in the attack, reporting that hackers targeted supermarkets in Russia and Israel in 2022 by exploiting outdated cooling controllers.
There is a history of attacks on refrigeration systems, with the Global Food Safety Initiative urging food safety experts and IT leaders to work together to protect these systems. Earlier this year, US prosecutors accused a Ukrainian woman of belonging to a hacking group that disrupted refrigeration at a meat plant in 2024, ruining over 2,000 pounds of meat.
The incident has raised concerns about the security of refrigeration systems, with the potential for cyberattacks to have a significant impact on food safety and supply chains. The US military has implemented measures to protect its commissaries, but the incident highlights the need for continued vigilance and cooperation between government agencies, law enforcement, and industry.
The investigation into the suspected cyberattack is ongoing, with the US Cyber Command working closely with French investigators to identify the cause and those responsible. The incident serves as a reminder of the increasing threat of cyberattacks on critical infrastructure, including refrigeration systems.
Related Information:
https://www.ethicalhackingnews.com/articles/A-Suspected-Cyberattack-Behind-Military-Base-Freezer-Failures-A-Closer-Look-ehn.shtml
https://securityaffairs.com/202073/hacking/us-probes-suspected-hack-behind-military-base-freezer-failures.html
Published: Thu Oct 29 19:16:02 2026 by llama3.2 3B Q4_K_M
