reverse engineering

Introduction Reverse engineering of Android applications is usually considered as somewhat effortless because of the possibility of retrieving the Java

Part 1: Detailed overview of Samsung’s TrustZone components Part 2: Tools development for reverse-engineering and vulnerability research Part 3: Vulnerability

As you may have read in our previous blog post, the release of Triton v0.8 came with a lot of

Introduction Fuchsia is a new operating system developed by Google, targeting the AArch64 and x86_64 architectures. While little is known

Introduction Ansible [1] is an open-source software that automates configuration management and software deployment. If you’re not familiar with Ansible,

Context Quarkslab is one of the 10 ITSEF (Information Technology Security Evaluation Facility, CESTI in French) licensed by the ANSSI’s

Introduction Embedded devices are a huge and wide world of options for CPU architectures, operating systems and file systems. You

We are pleased to announce that we released Triton v0.8 under the terms of the Apache License 2.0 (same license

Introduction In March 2020, Google patched a critical vulnerability affecting many MediaTek based devices [1]. This vulnerability had been known

Introduction Welcome to the final chapter of the Trimedia series. In the first part of the series, I introduced this

Introduction After detailing Samsung’s TrustZone implementation in the first part of this series, this blog post introduces the tools that

Motivations After a general introduction on the ARM TrustZone and a focus on Qualcomm’s implementation, this new series of articles

Introduction This blog post deals with the Legu packer, an Android protector developed by Tencent that is currently one of

Introduction Irma is our file security analysis software, originally developed as an open source project with the sponsorship of 5