Thermal laser stimulation (TLS) is a failure analysis technique, which can be deployed by an
adversary to localize and read out stored secrets in the SRAM of a chip. To this date, a few …

Powerful side-channel analysis (SCA) attacks based on failure analysis (FA) techniques can
bypass conventional countermeasures on integrated circuits (ICs) and, therefore, break the …

In laser fault injection, an attacker injects laser to a chip implementing cryptography and
exploits a fault to attack the cryptography. A promising approach to counteract fault injection …

Laser Fault Injection (LFI) is one of the most powerful methods of inducing a fault as it allows
targeting only specific areas down to single transistors. The downside compared to non …

Designing secure integrated systems requires methods and tools dedicated to simulating
that early design stages' the effects of laser-induced transient faults maliciously injected by …

Many aspects of our current life rely on the exchange of data through electronic media.
Powerful encryption algorithms guarantee the security, privacy and authentication of these …

To defend against attackers, knowledge about their approach is helpful. This work evaluates
attacks on integrated circuits (ICs) using laser scanning microscopes (LSMs) in combination …

Physical attacks are a known threat posed against secure embedded systems. Notable
among these is laser fault injection, which is often considered as the most effective fault …

S. Skorobogatov and R. Anderson identified laser illumination as an effective technique to
conduct fault attacks in 2002. In these early days of laser-induced fault injection, it was …

There exist different attacks on microcontroller and embedded system security. One of them
is laser fault injection (LFI). Laser fault injection into flash memory that has only temporary …