
Uncover vulnerabilities in flawless software through hardware glitches and side-channel attacks. Learn advanced exploitation techniques for enhancing cybersecurity defenses.

Explore microarchitectural attacks on heterogeneous systems, focusing on GPU vulnerabilities. Learn about covert channels, website fingerprinting, and defense strategies for integrated CPU-GPU architectures.

Explore innovative cache flow techniques in IT security with experts Geoffrey Bertoli, Rémi Jullian, and Théo Gordyjan at TROOPERS24 conference in Heidelberg, Germany.

Explore data leakage techniques using branch-free predictor training, from phantom to inception, in modern processors.

Explore compiler security properties against speculative execution attacks, focusing on lifting guarantees to stronger attacker models and developing a formal framework for well-formedness conditions.

Explore new root causes of transient execution attacks, including machine clears, and discover novel attack primitives like Floating Point Value Injection and Speculative Code Store Bypass.

Unveiling secret flaws in DRAM RowHammer mitigations, exploring Target Row Refresh implementation, and introducing TRRespass: a RowHammer fuzzer for creative hammering patterns to bypass protections.

Explore microarchitectural attacks on flawless hardware, focusing on page cache vulnerabilities. Learn about state-of-the-art techniques, countermeasures, and implications for system security.

Explores how integrated GPUs can accelerate microarchitectural attacks, bypassing mitigations and compromising mobile browsers. Demonstrates novel reverse engineering techniques for GPU cache architecture.

Explore microarchitectural vulnerabilities in RISC-V CPUs, examining potential security risks and attack vectors in this emerging processor architecture.

Unveiling Foreshadow: A microarchitectural attack exploiting speculative execution to extract secrets from Intel SGX enclaves, compromising trusted execution environments and remote attestation.

Systematic investigation of microarchitectural attack surface on 64-bit RISC-V CPUs, exploring vulnerabilities and security implications as RISC-V architecture gains popularity in commercial processors.

Discover how Shesha framework automates detection of transient execution attacks in Intel processors, exploring new vulnerabilities in instruction set extensions and cryptographic implementations.

Black Hat Asia 2024

Black Hat Europe 2023

Black Hat Asia 2025

Black Hat Europe 2024

Black Hat Europe 2022