Security researchers warn that iPhones can be hacked even when powered off
Researchers from a prominent German university disclosed that an iPhone could be compromised without the device being turned on. The concern centers on the firmware of built in wireless components such as Bluetooth, NFC, and Ultra Wideband. In theory, malicious code could be injected into these subsystems and remain dormant until activation.
These components are designed to stay in a low power mode so the device can be located quickly if it is lost or stolen. That convenience also affords potential attackers a hidden doorway. Once malware is present in the firmware, it could enable spying on the owner, intercept sensitive information, or trigger certain apps to run without the user knowing.
Actual exploitation would require physical access to the iPhone, followed by the installation of specialized firmware. While the method is technically feasible, it is considered highly complex and is generally only contemplated for highly targeted operations or research contexts rather than casual misuse.
As of now the company has not issued a public statement addressing these findings. The report remains a topic of debate among security professionals and technology watchers who track the evolving landscape of device resilience and firmware integrity. The implications underscore the importance of ongoing hardware and software hardening, secure boot processes, and robust supply chain protections to minimize the risk of firmware level intrusions.
Note for readers: ongoing discussions in the cybersecurity community emphasize layered defense strategies, regular device updates, and cautious handling of accessory ecosystems to reduce exposure to such advanced attack vectors. The original report was published by a trusted technology outlet and cited by multiple security researchers seeking independent verification. Attribution for this information is provided by VG Times and corroborated by other independent analyses in the field.