PPhying中文
Curated security research, vulnerabilities, advisories and tools for practitioners.

Optimized White-Box Tracing for Efficient Side-Channel Attacks

eshard.com | research | #vulnerability-research | #cryptography | #reverse-engineering | #side-channel | #software-security
📄 Raw .md⬇️ Download .md🔗 Original ↗

Summary

How selective binary tracing dramatically reduces trace size in white-box cryptography analysis. Covers DCA, register and memory filtering, pattern-based triggers, and ECDSA key recovery using esReverse.
Published
Collected

Related coverage

research · eshard.com
Unfolding obfuscated code with esReverse - Part I (full write-up)
We take the Grehack 2015's challenge scoring the highest number of points over all categories (cryptography, exploit, reverse engineering, etc.) using esReven.
research · eshard.com
Webinar: Securing Post-Quantum Implementations Against Physical Attacks
Join eShard and PQShield for a technical webinar on post-quantum cryptography, ML-KEM implementations, and how side-channel analysis helps evaluate physical attack resistance.
research · eshard.com
Revisiting a Masked AES Side-Channel Attack in half a day with AI
A hands-on experiment: can a large language model meaningfully accelerate side-channel analysis research?
research · eshard.com
esDynamic 2026.4: Moving side-channel and fault-injection analysis to the next step
A reworked trace visualizer, an expanded knowledge catalogue, a major upgrade to post-quantum cryptography content, and a sharper, more modern platform. Here is what 2026.4 brings.
research · eshard.com
AES-256 Climbing: Mastering Side-Channel Attacks on FPGAs
Discover how we refined our side-channel attack on AES 256 FPGA by adapting to unexpected chip behavior.
research · eshard.com
Hey Kyber, Give me a Sign! | Expert Review #4
Let's review an article that explores a new method for second-order side-channel attacks using Lattice-Based Cryptography for NIST standards.
Back