Auto sector faces historic cyber threats to business continuity

Auto sector faces historic cyber threats to business continuity

In recent years, cybersecurity experts have warned that critical industry sectors were at higher risk of potentially catastrophic attacks if they were targeted by sophisticated ransomware or nation-state threat groups. 

Those warnings appear to no longer be hypothetical scenarios, but increasingly have played out in real time as major industrial providers have seen their production capacities stalled for weeks and supply chains left in a state of paralysis. 

The automotive sector, which is dependent on Internet of Things technology and wireless connections, and increasingly are built on AI, has experienced some of the most disruptive attacks in recent memory.

“The reality of modern cyber threats, particularly across critical infrastructure and manufacturing, demands a fundamental shift in mindset,” said Paul Shaver, Mandiant’s global practice lead for OT security at Google Cloud. “We need to stop seeing this as a game of pure prevention and start treating it as disaster preparedness.”

The global auto industry has become a prime target for sophisticated attacks from a variety of threat groups, said Matt Brady, senior principal researcher at Palo Alto Networks Unit 42.  

“The auto industry is highly susceptible because of its extremely low tolerance for downtime, and the consequences are severe,” Brady told Cybersecurity Dive, naming “immediate, prolonged (weeks to months) production shutdowns, staggering long-term financial damage and even potential regulatory fines and credit rating downgrades.”

In recent years, the automotive industry has undergone a series of attacks interrupting critical supply chains. 

A June 2024 attack against CDK Global, which provided management software for more than 15,000 dealerships across the U.S., led to widespread system outages. The incident impacted sales, inventory, customer relationship management and the ability to service vehicles.

In a report from Rockwell Automation that same year, auto manufacturers ranked cyber risk as their top external concern. 

“From a cybersecurity liability perspective, there is cause for concern that the digital elements regularly used in new production cars are not secure by design, due to the lack of even basic foundational security controls,” said Chad Humphries, solution consultant, networks and cybersecurity, at Rockwell Automation. 

The risk is compounded by the strong emphasis that OEMs place on the connected car experience, he added. 

In one of its last major cyber-related actions during the Biden administration, the Department of Commerce in January of this year issued a final rule banning the sale of connected vehicles and related software and hardware from Russia and China. The administration cited concerns about hacking groups such as the state-linked Volt Typhoon that has been targeting critical infrastructure systems for disruptive attacks as well as concerns over mass surveillance of customer data. 

These car-software restrictions are set to take effect starting with vehicles in the model year 2027, while hardware restrictions will begin for autos in the model year 2030.

The Trump administration also has been closely monitoring security issues related to the automotive sector, including the security of critical systems, such as steering and braking, and the growing use of software designed features in modern vehicles. 

“While these trends support important safety features and satisfy consumer demand, they enable the potential for a bad actor to cause harm,” Peter Simshauser, chief counsel at the National Highway Traffic Safety Administration, said in a keynote address at the Automotive Information Sharing and Analysis Center conference in September. 

Meanwhile, a wave of cyber-related disruptions to automakers in recent weeks has raised questions about whether the sector is being specifically targeted by threat groups. 

Critical sectors

The Jaguar Land Rover attack was a stark example of how a successful hack can lead to catastrophic downstream impacts on third-party vendors, regional economies and even international supply chains. 



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About Cybernoz

Security researcher and threat analyst with expertise in malware analysis and incident response.