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The US Federal Highway Administration (FHA) has warned about hidden cellular radios in foreign-made inverters and batteries used in PV highway infrastructure.
These devices could be used to trigger surges or send rogue commands, potentially disrupting roadside infrastructure.
Cybersecurity experts highlight the risk of remote control of PV capacity, noting that many inverters are already designed for remote servicing.
There is increasing concern from US officials that the devices, along with the electronic systems that manage rechargeable batteries, could be seeded with rogue communications components that would allow them to be remotely tampered with.
Concerns extend to traffic cameras, weather stations, and EV chargers powered by solar energy.
Why this matters:: This poses a risk to critical infrastructure, potentially leading to simultaneous outages, data theft, and compromised safety on highways.
The US Department of Transportation’s FHA issued an advisory after discovering "undocumented cellular radios" inside inverters and batteries used to power highway infrastructure. The advisory, dated August 20, recommends scanning devices for unexpected communications, disabling undocumented radios, and ensuring proper network segmentation.
This issue has sparked debate and concern over the security of the energy equipment being used. While some experts claim there is no concrete evidence, others point to similar incidents in Europe and increasing regulatory measures in countries like China and India.
The US is taking action, including banning Chinese technology from cars by 2027, signaling a broader effort to secure its infrastructure.
Sources:
Q: What are the risks associated with these hidden radios?
The risks include potential remote manipulation, data theft, and disruption of critical infrastructure, such as traffic cameras and EV chargers.
Q: Which countries are potentially involved?
The US is concerned about devices imported from countries like China.
Q: What actions are being taken to address this issue?
Actions include scanning devices for unexpected communications, disabling undocumented radios, and increasing cybersecurity regulations.
Be aware of potential security risks associated with solar-powered infrastructure.
Support efforts to strengthen cybersecurity regulations for energy equipment.
Stay informed about ongoing investigations and measures to protect critical infrastructure.
Do you think these security concerns will impact the adoption of solar-powered infrastructure? Share your thoughts in the comments!
Share this article with others who need to stay ahead of this trend!
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