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Physical unclonable function (PUF) is a promising hardware security primitive for secure key generation and chip identification.
Data must not only be anonymized and aggregated, but also secured with techniques like on-device encryption and tamper-proof hardware security keys.
"Hardware Security: An Emerging Threat Landscape and Possible Solutions".
Jakub Szefer's research interests are at the intersection of computer architecture and hardware security.
We demonstrate the effectiveness of the approach along case studies in hardware security.
This approach is based on hardware security enhancements acting as firewalls.
Physical Unclonable Functions (PUFs) are promising hardware security primitives which produce unique signatures.
6LowPSec employs existing hardware security features specified by the MAC security sublayer.
Reverse engineering is a great peril for hardware security especially when functional behavior extraction is required.
Sethumadhavan's research interests are in hardware security, hardware support for security and privacy and energy-efficient computing.
TrustZone is a hardware security model that forms the security foundation for Internet of Things (IoT) and connected devices.
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