Memory corruption vulnerabilities have been around for decades and rank among the most
prevalent vulnerabilities in embedded systems. Yet this constrained environment poses …

The device-unique response of a physically unclonable function (PUF) can serve as the root
of trust in an embedded cryptographic system. Fuzzy extractors transform this noisy non …

The security of cryptographic protocols depends on the security of key sequences consisting
of random numbers. In this paper, we design a Cryptographically Secure Pseudo-Random …

For cryptographic applications based on physical unclonable functions (PUFs), it is very
important to estimate the entropy of PUF responses accurately. The upper bound of the …

Building hardware security primitives with on-device memory fingerprints is a compelling
proposition given the ubiquity of memory in electronic devices, especially for low-end …

The robustness of Static random access memory (SRAM) Physical unclonable functions
(PUFs) is threatened by the state change of the power-up value (R) at different temperatures …

With the proliferation of connected IoT devices over the last decade, security has become
one of the most pronounced areas of technical concern. Furthermore, the most important …

Static Random Access Memory (SRAM) Physical Unclonable Functions (PUFs) are some of
the most popular PUFs that provide a highly-secured solution for secret key storage. Given …

Cryptography looks forward to generate secrete key from integrated circuit. A silicon based
device having uncontrollable feature in term of measurable output can turned into physically …