Tag: #hardware-security13 results
Researchers have demonstrated a new attack that steals AI models by capturing GPU signals with a small antenna from several meters away. This side-channel method reveals model architecture without direct system access or hacking.
Meta is implementing a new security feature for its second-generation smart glasses that automatically disables the camera if the privacy LED indicator is covered or tampered with. This update aims to enforce privacy standards and prevent surreptitious recording.
The US FCC has finalized new regulations to expand its import ban on legacy telecommunications equipment from major Chinese manufacturers. This move aims to further secure public safety and national infrastructure against potential security risks associated with older hardware.
AMD has reversed its decision to remove memory encryption features from certain consumer CPUs. The move follows significant backlash from users who viewed the removal as an attempt to force upgrades to more expensive enterprise-tier chips.
AMD has quietly disabled the Transparent Secure Memory Encryption (TSME) feature in consumer Ryzen processors starting with AGESA 1.2.7.0 firmware. This hardware-based security feature is now restricted to PRO and EPYC product lines.
Intense solar activity threatens the stability of critical digital infrastructure, including power grids and communication networks. Practitioners must consider the physical resilience of data centers and hardware against geomagnetic disturbances.
Following strong community backlash, AMD has decided to re-enable the Transparent Secure Memory Encryption (TSME) feature on its consumer-grade Ryzen processors. This reversal addresses security concerns raised by users regarding the previous removal of the feature.
TeamGroup unveiled the T-Create Expert P35SG at Computex 2026, an external SSD featuring 4G connectivity for remote data destruction. This product prioritizes data security and unauthorized access prevention over traditional storage metrics.
This article explores the security architecture behind using Android phones as digital car keys. It highlights that the implementation is more robust than common user perceptions suggest.
A researcher has released a proof-of-concept called YellowKey that bypasses Windows BitLocker encryption using a specialized USB device. This vulnerability highlights potential physical security risks for encrypted enterprise hardware.