ARM TrustZone builds a trusted execution environment based on the concept of hardware
separation. It has been quite successful in defending against various software attacks and …

Serious threats to the VLSI crypto devices are posed by the Side Channel Attack (SCA) that
utilizes the devices' SCI (Side Channel Information) to break the entire cryptographic …

Edge computing has become a promising paradigm for the context-aware and delay-
sensitive IoT data analytics. For the sake of security, some cryptographic algorithms such as …

Intel software guard extensions (SGX) increase the security of applications by enabling them
to be performed in a highly trusted space (called enclave). Most state-of-the-art attacks on …

Silicon Physical Unclonable Function (PUF) is arguably the most promising hardware
security primitive. In particular, PUFs that are capable of generating a large amount of …

IoT security is of paramount concern due to poorly configured devices that can often serve
as entry points for cyber attacks. Developing Physically Unclonable Functions (PUFs) and …

Edge computing handles delay-sensitive data and provides real-time feedback, while it
brings data security issues to edge devices (such as IoT devices and edge servers). Side …

The state-of-the-art test infrastructure security is based on the assumption of preventing
access to the sensitive information and the (publicly) accessible outputs or test infrastructure …

The security of chaotic cryptographic system can be theoretically evaluated by using
conventional statistical tests and numerical simulations, such as the character frequency …

When the chaotic block cryptographic algorithms are performed on hardware devices, the
leakages of power consumption etc. are crucial information which can be used to analyse …