Tag: fuzzing

In this blogpost, we first review the landscape of Post-Quantum Cryptography implementations across some of the most popular cryptographic libraries. Following that, we present the results of a differential fuzzing campaign on few of the presented implementations.

The internship 2026-2027 season at Quarkslab is open! Our internship positions cover a wide range of topics and expertise, and aim at tackling new challenges in various fields.

The internship season is back at Quarkslab! Our internship positions cover a wide range of topics and expertise, and aim at tackling new challenges in various fields.

This blog post presents our fuzzer for the Bluetooth Low Energy GATT layer and the related vulnerabilities found with it.

Following a brief introduction to differential fuzzing, this blog post reviews the leading tools that leverage it for testing cryptographic primitives. In the second half, we present a method for creating a differential fuzzer along with the results we obtained.

In this blogpost, we present Hydradancer, a new board for Facedancer based on HydraUSB3 allowing faster USB peripherals emulation.

This blog post presents an overview of Starlink's User Terminal runtime internals, focusing on the communications that happen within the device and with user applications and some tools that can help further research on the same topic.

In this blog post we present PASTIS, a Python framework for ensemble fuzzing, developed at Quarkslab.

This article is about greybox fuzzing of userland targets that can be encountered in Android using AFL++ and its Frida mode. We also discuss how to target JNI functions, to test the native features invoked by Java code.

This article provides a brief overview of how Microsoft Open Management Infrastructure (OMI) works, as well as two vulnerabilities that the Quarkslab Cloud team identified through fuzzing techniques.