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MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz Language: German | Size: 2.64GB | Duration: 3h 45m A perfect introduction to the topic What you'll learn you get to know all 32 and 64 bit registers you get to know all register commands which protection software is behind the exe dealing with IDA, X92DBG, Cutter,Die, Ghidra, Procdot,PROCMON dealing with Cheat Engine Requirements PC Have you always wanted to get started with reverse engineering? Then this course is the right introductory course for reverse engineering. Here you will learn how to test your EXE for vulnerabilities, how to bypass anti-debuggers and how assembler code is structured. However, before you start hacking, you first need to find out what the program was written in and what obfuscator or protection software was used to protect the program. Then let's look at all the assembler commands and register entries in theory and in the practice. You will also get to know the registry and learn how to pentest program trial versions. Of course, Procdot and Procmon, Fakenet-ng, which record all activities, including which server the program accesses, how often it does it, should not be missing. which files it creates, which files it changes due to the response from the server, etc. We can then evaluate these later and find out where individual values are stored and who owns the server and what the website is called. Of course, Cheatengine, Ghidra and IDA pro also help us, so that our effort is significantly reduced. As you can see, this course is a perfect introduction to the topic of reverse engineering. [hide][Hidden Content]]

Ghidra: NSA Reverse Engineering Software Ghidra is a software reverse engineering (SRE) framework developed by NSA's Research Directorate. This framework includes a suite of full-featured, high-end software analysis tools that enable users to analyze compiled code on a variety of platforms including Windows, MacOS, and Linux. Capabilities include disassembly, assembly, decompilation, debugging, emulation, graphing, and scripting, along with hundreds of other features. Ghidra supports a wide variety of processor instruction sets and executable formats and can be run in both user-interactive and automated modes. Users may also develop their own Ghidra plug-in components and/or scripts using the exposed API. In addition there are numerous ways to extend Ghidra such as new processors, loaders/exporters, automated analyzers, and new visualizations. In support of NSA's Cybersecurity mission, Ghidra was built to solve scaling and teaming problems on complex SRE efforts, and to provide a customizable and extensible SRE research platform. NSA has applied Ghidra SRE capabilities to a variety of problems that involve analyzing malicious code and generating deep insights for NSA analysts who seek a better understanding of potential vulnerabilities in networks and systems. [hide][Hidden Content]]

Ghidra: NSA Reverse Engineering Software Ghidra is a software reverse engineering (SRE) framework developed by NSA's Research Directorate. This framework includes a suite of full-featured, high-end software analysis tools that enable users to analyze compiled code on a variety of platforms including Windows, MacOS, and Linux. Capabilities include disassembly, assembly, decompilation, debugging, emulation, graphing, and scripting, along with hundreds of other features. Ghidra supports a wide variety of processor instruction sets and executable formats and can be run in both user-interactive and automated modes. Users may also develop their own Ghidra plug-in components and/or scripts using the exposed API. In addition there are numerous ways to extend Ghidra such as new processors, loaders/exporters, automated analyzers, and new visualizations. In support of NSA's Cybersecurity mission, Ghidra was built to solve scaling and teaming problems on complex SRE efforts, and to provide a customizable and extensible SRE research platform. NSA has applied Ghidra SRE capabilities to a variety of problems that involve analyzing malicious code and generating deep insights for NSA analysts who seek a better understanding of potential vulnerabilities in networks and systems. [hide][Hidden Content]]

Ghidra Software Reverse Engineering Framework Ghidra is a software reverse engineering (SRE) framework created and maintained by the National Security Agency Research Directorate. This framework includes a suite of full-featured, high-end software analysis tools that enable users to analyze compiled code on a variety of platforms including Windows, macOS, and Linux. Capabilities include disassembly, assembly, decompilation, graphing, and scripting, along with hundreds of other features. Ghidra supports a wide variety of processor instruction sets and executable formats and can be run in both user-interactive and automated modes. Users may also develop their own Ghidra extension components and/or scripts using Java or Python. In support of NSA's Cybersecurity mission, Ghidra was built to solve scaling and teaming problems on complex SRE efforts, and to provide a customizable and extensible SRE research platform. NSA has applied Ghidra SRE capabilities to a variety of problems that involve analyzing malicious code and generating deep insights for SRE analysts who seek a better understanding of potential vulnerabilities in networks and systems. If you are a U.S. citizen interested in projects like this, to develop Ghidra and other cybersecurity tools for NSA to help protect our nation and its allies, consider applying for a career with us. Ghidra 10.1.4 Change History (May 2022) Improvements Debugger:Listing. Refresh button in Debugger's Dynamic Listing and Memory Bytes views now operates without a selection and is more thorough with respect to cache invalidation. (GP-1930) Bugs Analysis. Fixed an exception that occurred when loading programs created in previous versions where the analysis option's type had changed (String to Long). (GP-1738) Analysis. Constant reference propagation now uses pcode injection for segment and all userops. This affects 16-bit code and the HCS12 processor. (GP-1987, Issue #4252) C Parsing. Added C-Parser support for static_assert and _Static_assert keywords. (GP-1958, Issue #4038) C Parsing. Corrected C-Parser to parse sizeof structure members, both sizeof(ptr->member) and sizeof(struct.member). (GP-1964, Issue #4173) Decompiler. Fixed bug causing the Decompiler to not label pointer references to the first parameter on the stack. (GP-2018) GUI. Fixed bug that caused some edited functions to appear twice in the Functions window. (GP-2025) GUI. Fixed potentially slow computer name lookup in the Error Dialog. (GP-2034) Importer:COFF. Fixed importing of non-Microsoft COFF files when any section crosses address 0x80. COFF sections marked as data that won't fit into the default data address space will be loaded in the code address space. (GP-2045) [hide][Hidden Content]]

Ghidra Software Reverse Engineering Framework Ghidra is a software reverse engineering (SRE) framework created and maintained by the National Security Agency Research Directorate. This framework includes a suite of full-featured, high-end software analysis tools that enable users to analyze compiled code on a variety of platforms including Windows, macOS, and Linux. Capabilities include disassembly, assembly, decompilation, graphing, and scripting, along with hundreds of other features. Ghidra supports a wide variety of processor instruction sets and executable formats and can be run in both user-interactive and automated modes. Users may also develop their own Ghidra extension components and/or scripts using Java or Python. In support of NSA's Cybersecurity mission, Ghidra was built to solve scaling and teaming problems on complex SRE efforts, and to provide a customizable and extensible SRE research platform. NSA has applied Ghidra SRE capabilities to a variety of problems that involve analyzing malicious code and generating deep insights for SRE analysts who seek a better understanding of potential vulnerabilities in networks and systems. If you are a U.S. citizen interested in projects like this, to develop Ghidra and other cybersecurity tools for NSA to help protect our nation and its allies, consider applying for a career with us. Ghidra 10.1.3 Change History (April 2022) Improvements API. Added the getActiveGraphDisplay() API method to GraphDisplayProvider to get the active graph. (GP-1804, Issue #4060) Debugger. Created better comment in Dynamic Listing Go To dialog so users don't default to *:4 EAX syntax. (GP-1820) Debugger. Created new navigation methods for Objects representing addresses. (GP-1822) Debugger. Switched to DomainFile name in Debugger dialogs to avoid confusion. (GP-1872) Debugger:Trace. Improved performance of trace database. (GP-1727) FID. Updated stale signatures in the FID database files. (GP-1853, Issue #2877) Importer:ELF. Added support for additional ELF ARM-32 relocations not previously handled (R_ARM_THM_JUMP8, R_ARM_THM_JUMP11, R_ARM_THM_MOVW_ABS_NC, R_ARM_THM_MOVT_ABS, R_ARM_THM_MOVW_PREL_NC, R_ARM_THM_MOVT_PREL, R_ARM_THM_MOVW_BREL_NC, R_ARM_THM_MOVW_BREL, R_ARM_THM_MOVT_BREL). (GP-1742, Issue #2794) Processors. Refactored the 6805/6809 processor to better allow variants of MC6800 processor line. (GP-1695, Issue #3673) Processors. Added 16-byte return values for AARCH64 in X0, X1. (GP-1739) Scripting. Improved RecoverClassesFromRTTIScript's method to validate GCC programs. (GP-1832) Bugs Analysis. Fixed FID Analyzer to run only once on programs with call-fixups or identified non-returning flow. (GP-1502) Analysis. Corrected the creation of Objective-C structures when structures collided with existing generic pointers laid down by chained-pointer processing during import. (GP-1841) Analysis. Corrected stack reference creation and the display of current instruction stack depth in the stack-depth browser field for MIPS 64-bit language processor with 32-bit addressing. (GP-1862) Analysis. Fixed placement of constant references when a parent register's value is built up using the smaller sub-registers (hi/low). This is common on MIPS and other 8-bit processors such as AVR8. This would occasionally cause a reference to be placed incorrectly on a previous function call. (GP-1942) Basic Infrastructure. Fixed a NoClassDefFoundError that occurred when launching Ghidra in single-jar mode. (GP-1741, Issue #3961) C Parsing. CParser fixes for pragma(push), re-included header files, #if/defined() tests on define values, unicode BOM files, and full evaluation of macro expansion. Added more information to the CParserPlugin.out file prefixed with /// comments which should enable easier diagnosis of parsing issues. Reparsed current standard data archives with correct 64/32 data organizations. Fixed issue where many data types had incorrect pack() values in Windows archives, such as WNDCLASSEXW. To make use of the corrected data types, programs data types will need to be re-synchronized if they depend on the included Windows or clib data type archives. Windows VS2022 and Windows 11 SDK header files can now parse and will be included in the next feature release. (GP-1744, Issue #3756) Data Types. Corrected UnsupportedOperationException error which could occur when dragging a datatype from one archive to another. (GP-1758) Data Types. Fixed Data Types filter not being applied when using the various Find actions. (GP-1799) Debugger. Fixed the defaults for log4j file locations; template patterns for empty values were crashing the process on Windows. (GP-1731, Issue #3965) Debugger. Fixed NullPointerException caused by Debugger Console's preferred height. (GP-1766) Debugger. Fixed race condition on right-click of non-selected tree node. (GP-1845, Issue #4093) Debugger. Fixed missing eflags in Register View for dbgeng. (GP-1873) Debugger. Fixed IllegalArgumentException in TraceObjectManager. (GP-1874) Debugger:Breakpoints. Fixed issue with toggling breakpoints from within the Dynamic Listing. (GP-1706) Debugger:Memory. Fixed timing issue where Debugger Memory view may have incorrect location label. (GP-1882) Debugger:Trace. Fixed issue with StringDataType null terminators in stale trace ranges. (GP-1737) Decompiler. Updated the Decompiler Find dialog's default text when showing the dialog with comment text selected. (GP-1721, Issue #3946) Decompiler. Fixed the Decompiler Find dialog's sometimes incorrect result highlighting. (GP-1765, Issue #3928) Decompiler. Fixed a bug in the Decompiler preventing prototype overrides from being applied to calls produced by Call-Fixup injection. (GP-1792, Issue #3319) Decompiler. Updated the Decompiler hover for structure fields to show the parent name and the offset in the parent. (GP-1793, Issue #3920) Decompiler. Eliminated infinite loop in the Decompiler encountered when applying convert/equate. (GP-1924, Issue #4121) FID. Fixed bug causing Program ... has different compiler spec... exception when populating FID signatures. (GP-1839, Issue #4042) FileSystems. Fixed problem opening files in paths that start with a UNC location (\\location\path). (GP-1696, Issue #3912) Framework. Fixed bug that could cause a NullPointerException when removing custom Compiler Specification extensions from a Program. (GP-1715, Issue #3906) GUI. Fixed default function Plate Comment formatting. (GP-1717) GUI. Fixed the Search Memory Dialog buttons to re-enable after closing a long-running search results table. (GP-1753, Issue #4014) GUI. Updated Symbol Edit dialog to not allow namespaces editing with a blank name. (GP-1754, Issue #4015) GUI. Fixed table CSV export of boolean values. (GP-1764, Issue #3947, #4026) Headless. Corrected potential NullPointerException for Headless Analyzer when a specified filename to process does not exist in a searched project folder. (GP-1916) Help. Fixed Help Viewer Find feature, clearing search result highlights when the search dialog is closed. (GP-1718) Importer:ELF. Corrected MIPS type 5/6 relocation calculation. Previously, the LO16 value, extracted as an addend from the instruction, was not sign-extended. (GP-1834) Importer:PE. Fixed a bug that prevented certain types of PE files from being recognized by the PeLoader. (GP-1713, Issue #3830, #3902) Importer:PE. Detect .NET managed code in mixed Native/MangedCode binaries and only disassemble the correct x86 or CLR routines based on the current processor. (GP-1938, Issue #4159) Processors. ARM BL conditional call instruction, which calls to the next instruction, has been changed to a branch instead of a call. Calling the next instruction on ARM is generally only to get the LR register loaded for PIC code. (GP-1752) Processors. Fix bug in MIPS rdhwr instruction to use correct hardware registers. (GP-1879) Scripting. Fixed the Bytes table column rendering in the scripting TableChooserDialog. (GP-1714) Scripting. Fixed two bugs in RecoverClassesFromRTTIScript.java encountered when creating class structures. (GP-1781) Scripting. OSGI jar bundles now correctly load on Windows. (GP-1846, Issue #3995) Sleigh. Fixed bug preventing prototype model extensions with p-code from being imported. (GP-1915) [hide][Hidden Content]]

Ghidra Software Reverse Engineering Framework Ghidra is a software reverse engineering (SRE) framework created and maintained by the National Security Agency Research Directorate. This framework includes a suite of full-featured, high-end software analysis tools that enable users to analyze compiled code on a variety of platforms including Windows, macOS, and Linux. Capabilities include disassembly, assembly, decompilation, graphing, and scripting, along with hundreds of other features. Ghidra supports a wide variety of processor instruction sets and executable formats and can be run in both user-interactive and automated modes. Users may also develop their own Ghidra extension components and/or scripts using Java or Python. In support of NSA's Cybersecurity mission, Ghidra was built to solve scaling and teaming problems on complex SRE efforts, and to provide a customizable and extensible SRE research platform. NSA has applied Ghidra SRE capabilities to a variety of problems that involve analyzing malicious code and generating deep insights for SRE analysts who seek a better understanding of potential vulnerabilities in networks and systems. If you are a U.S. citizen interested in projects like this, to develop Ghidra and other cybersecurity tools for NSA to help protect our nation and its allies, consider applying for a career with us. Ghidra 10.1.2 Change History (January 2022) Improvements Basic Infrastructure. Upgraded Gson to 2.8.9. (GP-1632, Issue #3802) Basic Infrastructure. Upgraded log4j to 2.17.1. (GP-1641) Build. Increased minimum supported Gradle version from 6.4 to 6.8. (GP-1680) Debugger:Emulator. Emulator's PcodeStepper now displays the decoded instruction. (GP-1474) Debugger:Watches. Double-clicking a pointer value in the Watches window navigates to the pointer rather than its address. (GP-1469) Listing. Updated the Listing Operands field to support word-wrapping for enum data types. (GP-1665, Issue #3812) Scripting. Improved the RecoverClassesFromRTTIScript to create function definitions for multi-inheritance and single virtual inheritance classes in the correct ancestor class data type folders. (GP-1663) Scripting. Updated RecoverClassesFromRTTI script for GCC programs to only create typeinfo structures in non-executable memory. (GP-1686) Bugs Analysis. Fixed another bug with recovering Objective-C method names. (GP-1642, Issue #3817) Analysis. Certain switch cases using the AARCH64 CSEL instruction will now recover correctly. Previously internal CBRANCH instructions could cause switch flow recovery failure in the decompiler switch analyzer. (GP-1687) Analysis. Fixed unused Microsoft Demangler options. (GP-1688, Issue #3892) Analysis. (U) Reverted change (GP-1575) introduced with Ghidra 10.1 which improperly factored image-base into analysis of ELF LSDA Gcc exception records. (GP-1702) Build. Fixed gradle buildGhidra issue where a second build doesn't include all the files. This issue appears to be a bug introduced in Gradle 7. (GP-1648, Issue #3827) Data Types. Fixed display of multiple Enum values. (GP-1657, Issue #3810) Debugger. Now invalidating caches for dbgeng/dbgmodel in the GADP variants so the memory is not left stale. (GP-846) Debugger. Fixed exception when cancelling password entry for GDBOverSSH. (GP-1655, Issue #3578) Debugger:Memory. Fixed Debugger Memory background colors during emulation. (GP-1590) Debugger:Trace. Fixed issue where emulated state leaked into recorded state. (GP-1620) Debugger:Trace. Fixed NullPointerException when disassembling stale memory. (GP-1646) Decompiler. Fixed the Decompiler Retype Field action to not rename the field. (GP-1654, Issue #3783) Decompiler. Decompiler now recovers jump tables that use PIC mechanisms or other forms relying on injected p-code. (GP-1659) Demangler. Fixed demangling bug that produced incorrect types such as unsigned_short. (GP-1662) GUI. Fixed incorrect tool option reference in the Create Table From Selection action. (GP-1676, Issue #3858) GUI. Fixed the Decompiler Find Text dialog's auto-complete feature to not change the default text entry added to the dialog. (GP-1685, Issue #3890) Importer:Mach-O. Fixed an IllegalArgumentException that occurred when loading some kernelcache images. (GP-1675, Issue #2487) Importer:PE. Fixed an exception that occurred when re-parsing PE programs with a .pdata section from memory. (GP-1636, Issue #3347, #3800, #3805) PDB. Fixed incorrect bounds on item type iteration; one effect of the fix is that the user might notice more unsupported PDB data type messages in the log. (GP-1677) Processors. Fixed issue with Motorola 6809 immediate operands being set to zero. (GP-1611, Issue #2116, #3755) Processors. Corrected PowerPC efscmp* and efstst* instructions condition register usage. (GP-1639, Issue #2528) Processors. Fixed the target of JUMP and JSR for the 6809 to use [target] instead of jumping directly to target which incorrectly jumped to the address of the unique variable. Also fixed a compile issue in the half-finished 6309 EXG and TFR instructions. (GP-1690, Issue #3825) Scripting. Fixed the ApplyClassFunctionDefinitionUpdatesScript and the ApplyClassFunctionSignatureUpdatesScript to work correctly with the recent RecoverClassesForRTTI changes to function definitions. (GP-1601) Scripting. Fixed bug in a class recovery helper class that was causing an exception in some cases when trying to replace a component in a structure. (GP-1670) Scripting. Removed a misplaced space character in the name passed to setLabel in RecoverClassesForRTTIScript. (GP-1671) Sleigh. Fixed bug that could cause erroneous decompilation of functions in overlays. (GP-1661, Issue #3828) [hide][Hidden Content]]

Ghidra Software Reverse Engineering Framework Ghidra is a software reverse engineering (SRE) framework created and maintained by the National Security Agency Research Directorate. This framework includes a suite of full-featured, high-end software analysis tools that enable users to analyze compiled code on a variety of platforms including Windows, macOS, and Linux. Capabilities include disassembly, assembly, decompilation, graphing, and scripting, along with hundreds of other features. Ghidra supports a wide variety of processor instruction sets and executable formats and can be run in both user-interactive and automated modes. Users may also develop their own Ghidra extension components and/or scripts using Java or Python. In support of NSA's Cybersecurity mission, Ghidra was built to solve scaling and teaming problems on complex SRE efforts, and to provide a customizable and extensible SRE research platform. NSA has applied Ghidra SRE capabilities to a variety of problems that involve analyzing malicious code and generating deep insights for SRE analysts who seek a better understanding of potential vulnerabilities in networks and systems. If you are a U.S. citizen interested in projects like this, to develop Ghidra and other cybersecurity tools for NSA to help protect our nation and its allies, consider applying for a career with us. Ghidra 10.1.1 Change History (December 2021) Improvements Analysis. Fixed headless analysis exception related to running UI code from the GNU Demangler analyzer. (GP-1613, Issue #3765) Basic Infrastructure. Upgrade logging dependency to use log4j 2.17.0 (GP-1621) Debugger:Memory. Added New Memory Bytes View to Window->Debugger menu. (GP-1465) Debugger:Memory. Fixed issue with Debugger Memory view scrolling. (GP-1591) GUI. Removed restriction that prevented renaming tree nodes while the tree is filtered. (GP-1507) GUI. Fixed issue where renaming a symbol in the symbol tree could result in the symbol appearing more than once (under different organizational nodes) (GP-1587) Help. Fixed NullPointerException when using the help system with animation disasbled. (GP-1612, Issue #3767) Bugs Basic Infrastructure. Fixed the "ERROR StatusLogger Reconfiguration failed" message that appeared in the log when Ghidra was launched with support/ghidraDebug script. (GP-1607) Debugger. Fixed null pointer exception in Debugger when opening a program from a shared project. (GP-1490) Debugger. Fixed issue with context menus on the trace selector tabs in Debugger Threads window. (GP-1494) Debugger. Fix for font resizing (GP-1597, Issue #3752) Debugger. Fixes null-pointer exceptions in lldb (GP-1600, Issue #3645) Debugger:Listing. Fixed default configuration problem when cloning the Debugger Listing window. (GP-1479) Importer. Fix issue importing NE binaries that have a segment number greater than 127. (GP-1576, Issue #3715) [hide][Hidden Content]]

A curated list of IDA x64DBG and OllyDBG plugins. IDA is a powerful disassembler and debugger that allows to analyze binary, it also includes a decompiler. X64DBG is an open-source x64/x32 debugger for Windows. OllyDbg is a 32-bit assembler level analysing debugger for Windows. Content IDA Plugins Ghidra Plugins X64dbg Plugins OllyDBG Plugins [hide][Hidden Content]]

Ghidra Software Reverse Engineering Framework Ghidra is a software reverse engineering (SRE) framework created and maintained by the National Security Agency Research Directorate. This framework includes a suite of full-featured, high-end software analysis tools that enable users to analyze compiled code on a variety of platforms including Windows, macOS, and Linux. Capabilities include disassembly, assembly, decompilation, graphing, and scripting, along with hundreds of other features. Ghidra supports a wide variety of processor instruction sets and executable formats and can be run in both user-interactive and automated modes. Users may also develop their own Ghidra extension components and/or scripts using Java or Python. In support of NSA's Cybersecurity mission, Ghidra was built to solve scaling and teaming problems on complex SRE efforts, and to provide a customizable and extensible SRE research platform. NSA has applied Ghidra SRE capabilities to a variety of problems that involve analyzing malicious code and generating deep insights for SRE analysts who seek a better understanding of potential vulnerabilities in networks and systems. If you are a U.S. citizen interested in projects like this, to develop Ghidra and other cybersecurity tools for NSA to help protect our nation and its allies, consider applying for a career with us. Ghidra 10.0.4 Change History (September 2021) Improvements Multi-User. Added class serialization filter to Ghidra Server as a security measure. (GP-1314) Bugs C Parsing. Changes to the CParser have been made to successfully parse a greater number of header files. The CParser will now correctly evaluate the truth of expanded macro substitutions in #if statements. Operator precedence has been corrected and support for additional operators added for constant simplification that is used to specify array sizes during parse. In addition, C17 structure initialization syntax and multiple type casts are now parsed. (GP-1295, Issue #1652, #2665, #2666, #3410) Debugger. Changed Track Program Counter, etc., to re-track even when clicking them doesn't change the current setting. (GP-1282) Debugger:GDB. Fixed issue with CRLF using GDB/SSH from Windows. (GP-1309, Issue #3426) Decompiler. Fixed a NullPointerException encountered when hovering over the name of an Undefined Function in the Decompiler window. (GP-1260) Decompiler. Fixed bug causing the Missing userop attribute in segmentop tag error message in the Decompiler for Z80 executables. (GP-1305, Issue #3329) Decompiler. The Decompiler now handles small dynamically sized data types, like Alignment. (GP-1327, Issue #3399) GUI. Fixed an AssertException in the Default Graph Display encountered when loading a saved graph layout. (GP-1313, Issue #3441) Headless. Corrected NullPointerException for headless when no opinion results are found. (GP-1323) Importer:PE. Fixed a regression with parsing COFF Aux symbols for PE/MZ loaders. (GP-1174, Issue #3442) Multi-User. Corrected and improved specification of TLS version restrictions for client use via launch.properties and Ghidra Server use via server.conf. (GP-1287) Processors. Corrected endianness mix-up in MIPS function start bit-patterns. (GP-1310, Issue #3421) [hide][Hidden Content]]

Ghidra: NSA Reverse Engineering Software Ghidra is a software reverse engineering (SRE) framework developed by NSA's Research Directorate. This framework includes a suite of full-featured, high-end software analysis tools that enable users to analyze compiled code on a variety of platforms including Windows, MacOS, and Linux. Capabilities include disassembly, assembly, decompilation, graphing, and scripting, along with hundreds of other features. Ghidra supports a wide variety of processor instruction sets and executable formats and can be run in both user-interactive and automated modes. Users may also develop their own Ghidra plug-in components and/or scripts using the exposed API. In addition there are numerous ways to extend Ghidra such as new processors, loaders/exporters, automated analyzers, and new visualizations. In support of NSA's Cybersecurity mission, Ghidra was built to solve scaling and teaming problems on complex SRE efforts, and to provide a customizable and extensible SRE research platform. NSA has applied Ghidra SRE capabilities to a variety of problems that involve analyzing malicious code and generating deep insights for NSA analysts who seek a better understanding of potential vulnerabilities in networks and systems. Ghidra 10.0.3 Change History (September 2021) New Features Debugger:Watches. Added ability to modify target memory and registers via the Watches window. (GP-1264, Issue #2866) Improvements Analysis. Improved SH4 constant reference analysis for PIC code, reference placement for jumps/calls, and non-return function analysis. General constant reference analysis has also been improved. (GP-1258) Basic Infrastructure. Removed usage of the --illegal-access=permit JVM argument for improved JDK 17 runtime support. The Ghidra Server continues to require JDK 11 to successfully run at this time. (GP-1193, Issue #3355) Debugger. Debugger Agent windows now display log messages. (GP-507) Debugger. Changed Debugger's Launch action to propose the current program as the command line. (GP-1176) Debugger. Providing broader defaults for recording GDB-supported architectures. (GP-1237) Debugger:GDB. GDB connector's Use existing session prompts with more instructions. (GP-1076) Debugger:GDB. Added use starti option to GDB launcher. (GP-1158) Debugger:Mappings. Added Map Identically action to Modules window. (GP-1232) GUI. Changed analysis options to always show current program options when accessed via Edit -> Options for <program>.... Also added warning if the user makes changes to the analysis options and then changes the combo box without saving the changes first. (GP-1188) Importer. The ContinuesInterceptor, which allows the import process to proceed past uncaught exceptions that can be encountered while parsing corrupted headers, has been disabled by default. Its usage is now deprecated and will be removed in a future Ghidra release. It can be temporarily re-enabled in support/launch.properties. (GP-1248) Importer:ELF. Added support for additional ELF AARCH64 relocations such as R_AARCH64_LDST64_ABS_LO12_NC. (GP-1278, Issue #3352) Processors. Corrected semantics for x86/x64 FXSAVE and related instructions. (GP-1228) Processors. Added semantics for several x86/x64 vector operations. (GP-1262) Bugs Byte Viewer. Fixed stack overflow issue in ByteViewer. (GP-1276) C Parsing. Eliminated static variables that caused follow-on CParser tasks to error because they started in a bad state. (GP-1251, Issue #1421, #3350) Debugger. Fixed NullPointerException in Objects window's Import/Export actions. (GP-1047) Debugger. Fixed NullPointerException in DBTraceStack. (GP-1059) Debugger. Fixed a rare deadlock involving DBTrace.addListener. (GP-1154) Debugger. Track PC action now scrolls to cursor even if the cursor is already at PC. (GP-1175) Debugger. Created better mapping of GDB ARM architecture names to Ghidra languages for the Debugger. (GP-1221, Issue #3333) Debugger. Capture Memory button is more aggressive in finding the correct region to capture, reducing bad region errors. (GP-1227) Debugger. Fixed delay slot disassembly in Debugger dynamic listing. (GP-1246, Issue #3358) Debugger:Emulator. Fixed cache-reading issue in trace emulation. (GP-1187) Debugger:Emulator. Fixed a critical typo in PairedPcodeArithmetic. (GP-1191) Debugger:Trace. Dynamic listing now updates immediately when changing data type settings. (GP-1215) Debugger:Trace. Removed Missing Instruction Prototype exception in favor of using InvalidPrototype. (GP-1226) Debugger:Trace. Adding context fields to Register viewer no longer throws an exception. (GP-1256) Decompiler. Fixed a bug that could cause an infinite loop in the Decompiler when using bonded register pairs. (GP-1270, Issue #3105) Decompiler. Fixed a bug causing Exceeded maximum restarts with more pending warnings in the Decompiler. (GP-1277, Issue #3104) Disassembly. Fixed an IllegalArgumentException in the Non-Returning Functions analyzer caused by processor specifications without a defined context, such as Sparc and SH4. (GP-1216) DWARF. Corrected potential random errors in DWARF parsing caused by modifications to a shared global static DWARF decoder. (GP-1272) Exporter. Exporters with empty default extension names will no longer append a dot to the output filename. (GP-1201, Issue #3325) GUI. Fixed the missing mnemonic of the Graph menu. (GP-1244, Issue #3330) Processors. Corrected carry flag semantics for the 6502 processor's SBC instruction. (GP-1109, Issue #3189, #3190) [hide][Hidden Content]]

Name: The Ghidra Book – The Definitive Guide Format: PDF Book: Title: The Ghidra Book Author: Chris Eagle, Kara Nance Language: English Year: 2020 Subjects: N/A Publisher: No Starch Press ISBN: B0852N9Y4Q Total pages: 607 Description: The result of more than a decade of research and development within the NSA, the Ghidra platform was developed to address some of the agency’s most challenging reverse-engineering problems. With the open-source release of this formerly restricted tool suite, one of the world’s most capable disassemblers and intuitive decompilers is now in the hands of cybersecurity defenders everywhere – and The Ghidra Book is the one and only guide you need to master it. In addition to discussing RE techniques useful in analyzing software and malware of all kinds, the book thoroughly introduces Ghidra’s components, features, and unique capacity for group collaboration. You’ll learn how to: •Navigate a disassembly •Use Ghidra’s built-in decompiler to expedite analysis •Analyze obfuscated binaries •Extend Ghidra to recognize new data types •Build new Ghidra analyzers and loaders •Add support for new processors and instruction sets •Script Ghidra tasks to automate workflows •Set up and use a collaborative reverse engineering environment Designed for beginner and advanced users alike, The Ghidra Book will effectively prepare you to meet the needs and challenges of RE, so you can analyze files like a pro. [Hidden Content] [hide][Hidden Content]]

Ghidra: NSA Reverse Engineering Software Ghidra is a software reverse engineering (SRE) framework developed by NSA's Research Directorate. This framework includes a suite of full-featured, high-end software analysis tools that enable users to analyze compiled code on a variety of platforms including Windows, MacOS, and Linux. Capabilities include disassembly, assembly, decompilation, graphing, and scripting, along with hundreds of other features. Ghidra supports a wide variety of processor instruction sets and executable formats and can be run in both user-interactive and automated modes. Users may also develop their own Ghidra plug-in components and/or scripts using the exposed API. In addition there are numerous ways to extend Ghidra such as new processors, loaders/exporters, automated analyzers, and new visualizations. In support of NSA's Cybersecurity mission, Ghidra was built to solve scaling and teaming problems on complex SRE efforts, and to provide a customizable and extensible SRE research platform. NSA has applied Ghidra SRE capabilities to a variety of problems that involve analyzing malicious code and generating deep insights for NSA analysts who seek a better understanding of potential vulnerabilities in networks and systems. Ghidra 10.0.2 Change History (August 2021) New Features Scripting. Created an example script which demonstrates how to use the FileBytes class to do a binary export of the current program. (GP-1157) Improvements Data Types. When creating a substructure from existing components, the new structure will adopt the pack setting of the parent structure from which it was created. Note that a packed structure may still move based upon component alignment rules. (GP-1111, Issue #3193) Decompiler. Added E key binding to the Decompiler's Equate action. (GP-1146, Issue #3195) GUI. Added Apply button to analysis options dialog. Also added a last chance save/cancel dialog that is shown when a user cancels an options dialog that has unsaved changes. (GP-1169, Issue #3274) Scripting. For stripped gcc binaries, improved prototype RecoverClassesFromRTTIScript identification of vtables and simple class data, constructors, and destructors. (GP-1055, Issue #3266) Bugs Basic Infrastructure. Fixed regression that prevented Ghidra from launching on Windows when its path contained spaces. (GP-1113, Issue #3201, #3205) Data Types. Fixed IllegalArgumentException error message when adding a duplicate enumerate name for EnumDataType. (GP-1173, Issue #3246) Debugger. Changed diagnostics to write GDB.log to user directory, not installation. Clarified an error message. (GP-1133, Issue #3218) Debugger. Improved error reporting when failing to start a Debugger GADP agent. (GP-1136, Issue #3175) Debugger. Added system property to toggle alternative icons/colors for breakpoints. (GP-1139, Issue #3204) Debugger. Applying a default everything memory map for GDB targets if info proc mappings fails or produces an empty list. (GP-1142, Issue #3071, #3074, #3161, #3169) Debugger. Fixed issue with Debugger ignoring JAVA_HOME when launching child JVM. (GP-1143, Issue #3231) Debugger. Fixed command-reply matching issue when using GDB via SSH. (GP-1153, Issue #3238) Debugger:Emulator. Fixed bug in Trace Emulation causing ArrayIndexOutOfBoundsExceptions. (GP-1058) Decompiler. Fixed issue causing Offset must be between... AddressOutOfBoundsException, when decompiling real-mode x86 programs. (GP-1163, Issue #239, #2948) Decompiler. The decompiler now shows results when a HighGlobal has no associated symbol reference in the program. (GP-1184) DWARF. Changed processing to ignore incomplete DWARF parameter lists in Rust binaries. (GP-1121, Issue #3060) Exporter. The C/C++ Exporter now emits semicolons after function prototypes when using the Create Header File option. (GP-1145, Issue #1644) Framework. Corrected address comparison for 64-bit signed address spaces (e.g., stack space, constant space) which could produce non-transitive comparison results. (GP-1178, Issue #3302) Graphing. Corrected graph magnification behavior when using a high resolution mouse wheel. (GP-1181, Issue #3281, #3284) GUI. Fixed NullPointerException when Hovering in Decompiler over a function that is not in memory. (GP-1131) GUI. Fixed bug in Find References to search results that prevented '<' characters from being rendered. (GP-1137, Issue #3217) GUI. Fixed issue where duplicate label names could cause the symbol tree to become unstable, evidenced by broken display and scrolling actions. Also, improved grouping algorithm. (GP-1159, Issue #3263) GUI. Fixed Enter key in Set Equates dialog to choose the selected table row. Updated the Function Signature Editor dialog to allow the Cancel key to close the dialog when the focus is in the top text editor. (GP-1162, Issue #3235) Headless. Fixed a regression in analyzeHeadless.bat that prevented the headless analyzer from running on Windows in some cases. (GP-1156, Issue #3261) Importer. The MzLoader now populates the relocation table when relocations are performed. (GP-1160) Importer:ELF. Corrected dynamic GOT/PLT markup problem for images which do not contain section headers. In cases where image does not define symbols within the PLT, analysis may be relied upon for its disassembly. ELF Importer's goal is to migrate symbols which may be defined within the PLT to the External symbol space. (GP-1110, Issue #3198) Importer:Mach-O. The Mach-O importer now correctly interprets indirect symbols as references to symbols within another .dylib. (GP-1120) Importer:PE. Improved ControlFlowGuard markup and creation of functions (GP-1179, Issue #1547, #1565) Processors. Fixed bug in SuperH4 fmov.s pcode. (GP-1152) Processors. The ARM instruction semantics for the mulitple-single-element forms of the vld1/vst1 vector instructions have been corrected. (GP-1167) Sleigh. Fixed a string formatting error in the sleigh compiler. (GP-1124, Issue #3168) [hide][Hidden Content]]

Deep ghidra decompiler and sleigh disassembler integration for rizin This is an integration of the Ghidra decompiler and Sleigh Disassembler for rizin. It is solely based on the decompiler part of Ghidra, which is written entirely in C++, so Ghidra itself is not required at all and the plugin can be built self-contained. This project was presented, initially for radare2, at r2con 2019 as part of the Cutter talk: [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 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. We anticipate pushing out the final Ghidra 10.0 release sometime towards mid to end of June 2021. We appreciate any feedback you can provide, especially in any new feature areas such as the debugger, and thanks for all your contributions and feedback you’ve already given! What’s New Change History SHA-256: f549dfccd0f106f9befb0b5afb7f2f86050356631b29bc9dd15d7f0333acbc7e [hide][Hidden Content]]

Learn Reverse Engineering Using Ghidra On Linux And Windows What you'll learn Reverse Engineering Basics of Ghidra Solving Linux and Windows CrackMe's Understand Windows API's Identify Entry Points, Main and WinMain functions Analyzing using Function Graph and Function Call Trees Doing String Search and Defined Strings Windows API Function Call Graphs Creating Functions Converting data types Editing function signatures Cross referencing function calls and strings and more... Requirements Familiar with basic Linux Commands Some Basics of Assembly and C would be helpful but not strictly necessary Windows PC Description If you have never used Ghidra before and want to learn how get started with using Ghidra to reverse engineer and analyse programs, then this is the course for you. Ghidra is the strong competitor to IDA Pro and is used by NSA itself for Reverse Engineering. And the best thing is that it is totally free. It is used for Reverse Engineering, Malware Analysis and Exploits analysis. In this course we will learn Ghidra by solving Linux and Windows CrackMe challenges. A CrackMe is a small program designed to test a programmer's reverse engineering skills. This course is an introduction to Reverse Engineering for anyone who wants to get started in this field. It is suitable for software developers who want to learn how software works internally and also for reverse engineers who want to understand how Linux and Windows binaries work. This course will equip you with the knowledge and skill to use Ghidra in addition to whatever other tools you might already be familiar. It is also suitable for absolute beginners with no knowledge of reversing, as I will take you from zero to basics. I will start off with showing you how to install Oracle Virtual Box. Then, installing Java SDK and Kali Linux in the Virtual Box. Then, we will reverse engineer Linux executable files. Next, we will move on to installing Java SDK and Ghidra for Windows and reverse and analyze Windows programs. You will also learn how to reverse GUI CrackMe's. You will learn how to use Function Graphs, Function Call Trees, Search String, Defined Strings and more. The course will also cover how to identify program entry point and also find the main functions for command line interface apps and WinMain for GUI based apps. By the end of this course, you will have the basic skills to start reversing and analyzing Linux and Windows binaries. What you will learn: How to disassemble programs into assembly code How to decompile programs to C code Static Analysis Understand Windows API's Identify entry points, main and WinMain functions Use String Search and Defined Strings Visualizing the Call Stack using Function Graph and Function Call Trees Solving Crackmes and more ... Suitable for: Anyone interested to learn Reverse Engineering on Linux and Windows executable files. Who this course is for: Anyone interested to learn how to get started with Ghidra on Linux and Windows Those who have never used Ghidra before and want to learn the basics Students with some basic experience with other disassemblers [Hidden Content] [hide][Hidden Content]]

Ghidra EVM Module In the last few years, attacks on deployed smart contracts in the Ethereum blockchain have ended up in a significant amount of stolen funds due to programming mistakes. Since smart contracts, once compiled and deployed, are complex to modify and update different practitioners have suggested the importance of reviewing their security in the blockchain where only Ethereum Virtual Machine (EVM) bytecode is available. In this respect, reverse engineering through disassemble and decompilation can be effective. ghidra-EVM is a Ghidra module for reverse engineering smart contracts. It can be used to download Ethereum Virtual Machine (EVM) bytecode from the Ethereum blockchain and disassemble and decompile the smart contract. Further, it can analyze creation code, find contract methods and locate insecure instructions. [hide][Hidden Content]]

Ghidra is a free and open-source Software for Reverse Engineering of executable program(Binary) including Mobile Apps. Ghidra supports installation on multiple OS platforms inc. Windows, Linux and MacOS. [hide][Hidden Content]]

English | 2020 | ISBN-13 : 978-1800207974 | 322 Pages | EPUB | 15.81 MB Detect potentials bugs in your code or program and develop your own tools using the Ghidra reverse engineering framework developed by the NSA project Key Features: Make the most of Ghidra on different platforms such as Linux, Windows, and macOS Leverage a variety of plug-ins and extensions to perform disassembly, assembly, decompilation, and scripting Discover how you can meet your cybersecurity needs by creating custom patches and tools Book Description: Ghidra, an open source software reverse engineering (SRE) framework created by the NSA research directorate, enables users to analyze compiled code on any platform, whether Linux, Windows, or macOS. This book is a starting point for developers interested in leveraging Ghidra to create patches and extend tool capabilities to meet their cybersecurity needs. You'll begin by installing Ghidra and exploring its features, and gradually learn how to automate reverse engineering tasks using Ghidra plug-ins. You'll then see how to set up an environment to perform malware analysis using Ghidra and how to use it in the headless mode. As you progress, you'll use Ghidra scripting to automate the task of identifying vulnerabilities in executable binaries. The book also covers advanced topics such as developing Ghidra plug-ins, developing your own GUI, incorporating new process architectures if needed, and contributing to the Ghidra project. By the end of this Ghidra book, you'll have developed the skills you need to harness the power of Ghidra for analyzing and avoiding potential vulnerabilities in code and networks. What you will learn: Get to grips with using Ghidra's features, plug-ins, and extensions Understand how you can contribute to Ghidra Focus on reverse engineering malware and perform binary auditing Automate reverse engineering tasks with Ghidra plug-ins Become well-versed with developing your own Ghidra extensions, scripts, and features Automate the task of looking for vulnerabilities in executable binaries using Ghidra scripting Find out how to use Ghidra in the headless mode Who this book is for: This SRE book is for developers, software engineers, or any IT professional with some understanding of cybersecurity essentials. Prior knowledge of Java or Python, along with experience in programming or developing applications, is required before getting started with this book. Table of Contents - Getting Started with Ghidra - Automating RE Tasks with Ghidra Scripts - Ghidra Debug Mode - Using Ghidra Extensions - Reversing Malware Using Ghidra - Scripting Malware Analysis - Using Ghidra Headless Analyzer - Auditing Program Binaries - Scripting Binary Audits - Developing Ghidra Plugins - Incorporating New Binary Formats - Analyzing Processor Modules - Contributing to the Ghidra Community - Extending Ghidra for Advanced Reverse Engineering [Hidden Content] [hide][Hidden Content]]

replica Ghidra Analysis Enhancer ✨Features ⚡ Disassemble missed instructions – Define code that Ghidra’s auto analysis missed ⚡ Detect and fix missed functions – Define functions that Ghidra’s auto analysis missed ⚡ Fix ‘undefinedN’ datatypes – Enhance Disassembly and Decompilation by fixing ‘undefinedN’ DataTypes ⚡ Set MSDN API info as comments – Integrate information about functions, arguments and return values into Ghidra’s disassembly listing in the form of comments ⚡ Tag Functions based on API calls – rename functions that call one or more APIs with the API name and API type family if available ⚡ Detect and mark wrapper functions – Rename wrapper functions with the wrapping level and wrapped function name ⚡ Fix undefined data and strings – Defines ASCII strings that Ghidra’s auto analysis missed and Converts undefined bytes in the data segment into DWORDs/QWORDs ⚡ Detect and label crypto constants – Search and label constants known to be associated with the cryptographic algorithm in the code ⚡ Detect and comment stack strings – Find and post-comment stack strings ⚡ Rename Functions Based on string references – rename functions that reference one or more strings with the function name followed by the string name. ⚡ Bookmark String Hints – Bookmark interesting strings (file extensions, browser agents, registry keys, etc..) [hide][Hidden Content]]

Chris Eagle_ Kara Nance - The Ghidra Book-No Starch Press (2020) - True PDF Description: DANCE WITH THE DRAGON The result of more than a decade of research and development within the NSA, the Ghidra platform was developed to address some of the agency’s most challenging reverse-engineering problems. With the open-source release of this formerly restricted tool suite, one of the world’s most capable disassemblers and intuitive decompilers is now in the hands of cybersecurity defenders everywhere — and The Ghidra Book is the one and only guide you need to master it. In addition to discussing RE techniques useful in analyzing software and malware of all kinds, the book thoroughly introduces Ghidra’s components, features, and unique capacity for group collaboration. You’ll learn how to: Navigate a disassembly Use Ghidra’s built-in decompiler to expedite analysis Analyze obfuscated binaries Extend Ghidra to recognize new data types Build new Ghidra analyzers and loaders Add support for new processors and instruction sets Script Ghidra tasks to automate workflows Set up and use a collaborative reverse engineering environment Designed for beginner and advanced users alike, The Ghidra Book will effectively prepare you to meet the needs and challenges of RE, so you can analyze files like a pro. [Hidden Content] [hide][Hidden Content]]

Ghidra (Linux) version 9.0.4 suffers from a .gar related arbitrary code execution vulnerability. View the full article

This script extracts all the labels found in the LST file that is given as the script's single argument. An x64dbg database is created in the current directory based on the extracted labels. The LST file can be generated in IDA from the File menu: Produce file -> Create LST file... [HIDE][Hidden Content]]

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