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Using Time Travel Debugging and Codex for Reverse Engineering Binary Analysis

By

Kai Huang

2h ago· 9 min readenInsight

Summary

This article explores how Time Travel Debugging (TTD) combined with TTDObjectsPy can assist OpenAI's Codex AI in reverse engineering binaries. The author demonstrates this workflow by analyzing the FLARE-ON 12 FlareAuthenticator challenge, showing how execution history reduces speculation and improves accuracy in malware analysis and vulnerability research. The work was conducted through SpecterOps' partnership with OpenAI's Trusted Access for Cyber program.

Source

bskyUsing Time Travel Debugging and Codex for Reverse Engineering Binary Analysisspecterops.io

Key quotes

· 3 pulled
Reverse engineering sits at the center of malware analysis and vulnerability research.
This work was made possible through SpecterOps' partnership with OpenAI's through the Trusted Access for Cyber program.
Time Travel Debugging (TTD) and TTDObjectsPy help Codex analyze binaries using execution history, reducing speculation in reverse engineering.
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Learn how Time Travel Debugging (TTD) and TTDObjectsPy help Codex analyze binaries using execution history, reducing speculation in reverse engineering.

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