Listening to @0xJeremy preach the benefits of Ghidra at @cmeasurecon. “Please rise and open your hymnals to...”pic.twitter.com/4rMIizPq1e
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Ghidra’s strongest differentiator is the built-in decompiler. It easily solves CTF challenges with one click of a button, and supports larger programs and many hardware architectures too.pic.twitter.com/9rFd9enHvH
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Ghidra’s data type manager supports rich, user-provided formats. It can recognize, parse, and display a PNG, for example, directly out of a binary it analyzes.pic.twitter.com/vPZQncrdhX
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Ghidra has mature support for automating its analysis in Java and Python, including a developer workbench in Eclipse. Internally, Ghidra is a modular set of plugins which helps make the API a natural fit.
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Ghidra’s documentation is far above average. It’s context sensitive, full featured, and great for learning foundational reversing concepts. Hit F1 and RTFM whenever you need help.pic.twitter.com/ytKOQGttKI
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Weak points: Ghidra lacks a debugger (and other dynamic analyses). It’s rumored that one exists and might be released soon. A 3rd-party gdbghidra exists but it’s not intended as a replacement. Need dynamic analysis? Look elsewhere for now.pic.twitter.com/Rk6Df1D0YG
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Strong vote of confidence in Ghidra from
@0xJeremy.@BosCybernetics has invested in building training courses on it, available at several upcoming conferences.pic.twitter.com/8MFKbB8VJd
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Audience Q: Ghidra’s collaboration features are built around a client-server model. Login to server and see available projects. Analyses can be checked in and out as in a source code management system. Not real time.
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