Secrets Leak
Through Silicon

Hardware security is my day job as a French PhD student: Chips, FPGAs and the attacks that break them. Reverse engineering is what got me here, and I still enjoy CTFs, Game Hacking and Windows internals.

Published & presented at

Current Security Topics

Topics I’m exploring and learning about, beyond my own research.

Side-Channels Attacks

How a device can leak secrets through what it emits while it computes: power consumption, timing or electromagnetic radiation. I'm interested in how that leakage is measured on real hardware, how statistics turn noisy traces into a recovered key, and how to assess whether an implementation leaks at all.

Power analysisEM analysisTimingLeakage assessment

Fault Injection Attacks

Disturbing a chip on purpose (voltage, clock, electromagnetic pulses or light) to make it skip an instruction or compute a wrong result, and what that breaks.

GlitchingEM pulsesLaserFault analysis

Deep-Learning SCA

Using machine learning to find and exploit leakage in noisy measurements, and trying to understand what the models actually learn.

Machine learningNeural NetworksExplainability

Crypto Masked Implementations

How cryptography is implemented so that it resists physical attacks: randomising intermediate values, hiding operations, and checking it really works.

CountermeasuresMaskingPost-QuantumEmbedded Crypto

Selected Publications

Full list on Google Scholar

2026

Statistical Analysis of HPC Filtering: Towards Reliable Use in Security

A. Henault, C. Monière, P. Tanguy, V. Lapôtre
HS3 2026
2025

LiteInjector: A LiteX Extension for Fault Injection

A. Henault, P. Tanguy, V. Lapôtre
DSD 2025
2024

Damn Vuln IoT SoC: A Modular Platform To Learn Hardware Bug Exploitation

A. Henault, P. Tanguy
SSTIC 2024
BibTeX

Lab Notes

Write-ups, tutorials and things I wish someone had told me in year one.

Have a chip that
shouldn't leak?

Got a question about a post, an idea to share, or just want to chat about hardware security? Drop me a line, I'd be glad to hear from you.