Cryptanalysis of lightweight symmetric-key cryptographic algorithms by Tan, Quan Quan

“…Lightweight symmetric-key cryptography has gained significant traction in the recent years due to the rapid proliferation of resource-constrained devices and the increase in demand for secure communication and data protection in multiple domains. In response to the growing need, NIST, the National Institute of Standards and Technology, has issued a call to standardize lightweight cryptographic algorithms. …”
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Addressing the security concerns of IoT : physical unclonable functions with improved reconfigurability, reliability and machine learning attack resistance by Shah, Nimesh Kirit

“…With this exponential growth, security requirements for privacy and data protection have burgeoned as well. Furthermore due to energy constraints, there is a need for low-power security constructs like Physical Unclonable Functions (PUF), as opposed to conventional Non-Volatile-Memory (NVM) for key storage. …”
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