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Introduction Ghidra is a Software Reverse Engineering (SRE) Framework developed by the National Security Agency Research Directorate for NSA’s cybersecurity mission. It was created with aim to help all pentesters and cybersecurity professionals with reverse engineering, analyzing code for malware and viruses, to understand potential vulnerabilities in systems/networks, etc. Ghidra 10.0.1 Change History (July 2021) New Features Decompiler. The Decompiler now supports conversion (hex, dec, bin, oct, char) and equate actions directly on constant tokens in the Decompiler window. To the extent possible, these actions also affect matching scalar operands in the listing. (GP-1053, Issue #21) Improvements Basic Infrastructure. Ghidra now gracefully fails to launch when its path contains an exclamation point. (GP-1057, Issue #1817) FileSystems. Can now handle multi-level Ext4 extent nodes when reading a file. (GP-1070) Bugs Build. No longer building and distributing the Debugger native test binaries. (GP-1080, Issue #3160, #3177) Debugger. Corrected potential deadlock condition within Debugger which could occur under some circumstances during a breakpoint or while stepping. (GP-1072) Decompiler. Fixed a bug in the Decompiler causing Overriding symbol with different type size exceptions. (GP-1041) Exporter. PE and ELF exporters no longer error out when processing non-file-backed relocations. (GP-1091) FileSystems. Corrected problem mounting Ext4 file systems when the container file is larger than the file system. (GP-1067) Importer:ELF. Corrected ELF relocation error reporting, including error bookmarks, when relocation handler extension is missing. (GP-1097) Jython. Added __file__ attribute support in Jython scripts. (GP-1099, Issue #3181) PDB. Fixed bug that prevented constructor signatures from being created properly. (GP-1086) PDB. Fixed bug in PDB CLI processing that could kill analysis for binaries imported with older versions of Ghidra. (GP-1104) Processors. Added ELF Relocation handler for SuperH processors. Only a few common relocation types have been added. (GP-1090) Scripting. Fixed a potential NullPointerException that could occur when trying to run a script that doesn't exist. (GP-1074, Issue #2742) Scripting. Improved graphing of class hierarchy in RecoverClassesFromRTTIScript and the GraphClassesScript to handle duplicate class names, class namespace delimiters, and to make better vertex descriptions. (GP-1095) Scripting. Fixed a flaw in the RecoverClassesFromRTTIScript that was not using PDB information to create data member names in class data structures. (GP-1101) [hide][Hidden Content]]

Introduction Ghidra is a Software Reverse Engineering (SRE) Framework developed by the National Security Agency Research Directorate for NSA’s cybersecurity mission. It was created with aim to help all pentesters and cybersecurity professionals with reverse engineering, analyzing code for malware and viruses, to understand potential vulnerabilities in systems/networks, etc. Ghidra 10.0 Change History (June 2021) [Hidden Content] What’s New [Hidden Content] [hide][Hidden Content]]

Introduction Ghidra is a Software Reverse Engineering (SRE) Framework developed by the National Security Agency Research Directorate for NSA’s cybersecurity mission. It was created with aim to help all pentesters and cybersecurity professionals with reverse engineering, analyzing code for malware and viruses, to understand potential vulnerabilities in systems/networks, etc. Ghidra: SRE [Software Reverse Engineering ] Framework Ghidra SRE tool was built to provide a customizable and extensible reverse engineering platform which will solve all scaling problems that cybersecurity experts and teams encounter on a daily basis. In addition, NSA hopes that Ghidra is going to improve cybersecurity education trough school, cybersecurity training and similar activities. Features: Ghidra is completely free and open source available for both experienced cybersecurity professionals and those who just have started. Includes plenty of software analysis tools for compiled code analysis. Cross-platform: Linux (64-bit, CentOS recommended/preferred), OS X 10.8.3+, Windows (7/10). It’s capable of disassembling, assembling, decompilation, graphic/scripting, etc. It has a processor modeling language Sleigh that specifies how machine language instructions are dissembled and transformed into a P-code (tool’s intermediate presentation). Ghidra can be run in both interactive GUI and automated modes. It also supports a number of processor instruction sets and executable formats. It allows you to develop your own plugins and scripts using the exposed API (Java or Python). And so much more. Ghidra: Ghidra_9.2_build GP-0_emteere minor change to make SP unaffected on V850 [hide][Hidden Content]]