With the Polygon ecosystem becoming one of the most rapidly expanding sectors, the current dApp on their ecosystem has a rise of demands…Continue reading on Medium » (https://judy-zhu-54453.medium.com/apron-network-supports-polygon-ecosystem-with-node-service-bug-bounty-program-continues-65a2cca51301?source=rss------bug_bounty-5)

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KitPloit - PenTest Tools!
Rz-Ghidra - Deep Ghidra Decompiler And Sleigh Disassembler Integration For Rizin

https://1.bp.blogspot.com/-LkYIVYLw3G8/YP8sX9XbCNI/AAAAAAAAoyQ/D1G58r3MY_YOIE9rezOrUYMtUkETUdb0gCNcBGAsYHQ/s320/rz-ghidra.png 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: https://youtu.be/eHtMiezr7l8?t=950 InstallingAn rz-pm package is available that can easily be installed like: rz-pm -i rz-ghidra This package only installs the rizin part. To use rz-ghidra from cutter, either use a provided pre-built release starting with Cutter 1.9, which bundles rz-ghidra, or follow the build instructions below. UsageUsage: pdg # Native Ghidra decompiler plugin
| pdg # Decompile current function with the Ghidra decompiler
| pdgd # Dump the debug XML Dump
| pdgx # Dump the XML of the current decompiled function
| pdgj # Dump the current decompiled function as JSON
| pdgo # Decompile current function side by side with offsets
| pdgs # Display loaded Sleigh Languages
| pdg* # Decompiled code is returned to rizin as comment The following config vars (for the ecommand) can be used to adjust rz-ghidra's behavior:

override auto-detection (e.g. x86:LE:32:default) ghidra.linelen: Max line length ghidra.nl.brace: Newline before opening '{' ghidra.nl.else: Newline before else ghidra.sleighhome: SLEIGHHOME ">ghidra.cmt.cpp: C++ comment style
ghidra.cmt.indent: Comment indent
ghidra.indent: Indent increment
ghidra.lang: Custom Sleigh ID to override auto-detection (e.g. x86:LE:32:default)
ghidra.linelen: Max line length
ghidra.nl.brace: Newline before opening '{'
ghidra.nl.else: Newline before else
ghidra.sleighhome: SLEIGHHOME

Here, ghidra.sleighhomemust point to a directory containing the *.sla, *.lspec, ... files for the architectures that should supported by the decompiler. This is however set up automatically when using the rz-pm package or installing as shown below. BuildingFirst, make sure the submodule contained within this repository is fetched and up to date: git submodule init
git submodule update Then, the rizin plugin can be built and installed as follows: mkdir build && cd build
cmake -DCMAKE_INSTALL_PREFIX=~/.local ..
make
make install Here, set the CMAKE_INSTALL_PREFIXto a location where rizin can load the plugin from. The install step is necessary for the plugin to work because it includes installing the necessary Sleigh files.

To also build the Cutter plugin, pass -DBUILD_CUTTER_PLUGIN=ON -DCUTTER_SOURCE_DIR=/path/to/cutter/sourceto cmake, for example like this: /my/path> git clone https://github.com/rizinorg/cutter
/my/path> # build Cutter, clone rz-ghidra, etc.
...
/my/path/rz-ghidra> mkdir build && cd build
/my/path/rz-ghidra/build> cmake -DBUILD_CUTTER_PLUGIN=ON -DCUTTER_SOURCE_DIR=/my/path/cutter -DCMAKE_INSTALL_PREFIX=~/.local ..
/my/path/rz-ghidra/build> make && make install Versioning and Rizin CompatibilityRizin has a quickly evolving C API so it is necessary to be explicit about which versions of rz-ghidra are compatible with which versions of Rizin:

When using Rizin and rz-ghidra from git:

* rz-ghidra branch devfollows along Rizin branch dev.
* rz-ghidra branch stablefollows along Rizin branch stable.

Regarding releases, rz-ghidra is generally released s[...]

imultaneously with Rizin and often uses the same version numbers (but not guaranteed, do not depend on these numbers!). Also, along with every Rizin release a tag like rz-0.1.2is created on rz-ghidra, which exactly points to an rz-ghidra release and indicates that this release is compatible with the specified Rizin version. These tags can be used by distribution maintainers to look up how to set up dependencies. Download Rz-Ghidra

Hacking on Medium
Crypto Trading Hack

Do you want to learn how to make 4 digits side income? Invest and learn from the first day?

Continue reading on Medium »

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Hacking on Medium
LOVE — HackTheBox WriteUp

https://cdn-images-1.medium.com/max/748/1*pS5blxa9B4YQrIxyKEEzPg.png
This is a Windows machine from HackTheBox

Continue reading on Medium »

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Hacking on Medium
HACKABLE: II -: (Vulnhub) Walkthrough

https://cdn-images-1.medium.com/max/1428/1*s014uMm6eEGr4ca4JXveLw.png
I personally enjoyed playing with this box, this box taught me how to stay focused while doing enumeration and exploitation. There’s so…

Continue reading on Armour Infosec »

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Hacking on Medium
DEVEL — HackTheBox WriteUp

https://cdn-images-1.medium.com/max/772/1*FtnoRbnmBu8kAhEUvUba8A.png
This box is a part of TJnull’s list of boxes. I am doing these boxes as a part of my preparation for OSCP. I will be sharing the writeups…

Continue reading on Medium »

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Hacking on Medium
Medium Writers are Getting Spoofed

https://cdn-images-1.medium.com/max/2600/0*38eD1yg2hZ45i2fb
Please do NOT report these folks for abuses. Let them know first.

Continue reading on ILLUMINATION-Curated »

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Rz-Ghidra - 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: https://youtu.be/eHtMiezr7l8?t=950Installing An rz-pm package is available that can easily be installed like: rz-pm -i rz-ghidra This package only installs the rizin part. To use rz-ghidra from cutter, either use a provided pre-built release starting with Cutter 1.9, which bundles rz-ghidra, or follow the build instructions below. Usage Usage: pdg # Native Ghidra decompiler plugin| pdg # Decompile current function with the Ghidra decompiler| pdgd # Dump the debug XML Dump| pdgx # Dump the XML of the current decompiled function| pdgj # Dump the current decompiled function as JSON| pdgo # Decompile current function side by side with offsets| pdgs # Display loaded Sleigh Languages| pdg* # Decompiled code is returned to rizin as comment The following config vars (for the e command) can be used to adjust rz-ghidra's behavior: override auto-detection (e.g. x86:LE:32:default) ghidra.linelen: Max line length ghidra.nl.brace: Newline before opening '{' ghidra.nl.else: Newline before else ghidra.sleighhome: SLEIGHHOME "> ghidra.cmt.cpp: C++ comment style ghidra.cmt.indent: Comment indent ghidra.indent: Indent increment ghidra.lang: Custom Sleigh ID to override auto-detection (e.g. x86:LE:32:default) ghidra.linelen: Max line length ghidra.nl.brace: Newline before opening '{' ghidra.nl.else: Newline before else ghidra.sleighhome: SLEIGHHOME Here, ghidra.sleighhome must point to a directory containing the *.sla, *.lspec, ... files for the architectures that should supported by the decompiler. This is however set up automatically when using the rz-pm package or installing as shown below. Building First, make sure the submodule contained within this repository is fetched and up to date: git submodule initgit submodule update Then, the rizin plugin can be built and installed as follows: mkdir build && cd buildcmake -DCMAKE_INSTALL_PREFIX=~/.local ..makemake install Here, set the CMAKE_INSTALL_PREFIX to a location where rizin can load the plugin from. The install step is necessary for the plugin to work because it includes installing the necessary Sleigh files. To also build the Cutter plugin, pass -DBUILD_CUTTER_PLUGIN=ON -DCUTTER_SOURCE_DIR=/path/to/cutter/source to cmake, for example like this: /my/path> git clone https://github.com/rizinorg/cutter/my/path> # build Cutter, clone rz-ghidra, etc..../my/path/rz-ghidra> mkdir build && cd build/my/path/rz-ghidra/build> cmake -DBUILD_CUTTER_PLUGIN=ON -DCUTTER_SOURCE_DIR=/my/path/cutter -DCMAKE_INSTALL_PREFIX=~/.local ../my/path/rz-ghidra/build> make && make install Versioning and Rizin Compatibility Rizin has a quickly evolving C API so it is necessary to be explicit about which versions of rz-ghidra are compatible with which versions of Rizin: When using Rizin and rz-ghidra from git: rz-ghidra branch dev follows along Rizin branch dev. rz-ghidra branch stable follows along Rizin branch stable. Regarding releases, rz-ghidra is generally released simultaneously with Rizin and often uses the same version numbers (but not guaranteed, do not depend on these numbers!). Also, along with every Rizin release a tag like rz-0.1.2 is created on rz-ghidra, which exactly points to an rz-ghidra release and indicates that this release is compatible with the specified Rizin version. These tags can be used by distribution maintainers to look up how to set up dependencies. Download Rz-Ghidra
Read more...

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Rz-Ghidra - Deep Ghidra Decompiler And Sleigh Disassembler Integration For Rizin
http://www.kitploit.com/2021/08/rz-ghidra-deep-ghidra-decompiler-and.html

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Installing
An rz-pm package is available that can easily be installed like: rz-pm -i rz-ghidra
This package only installs the rizin part. To use rz-ghidra from cutter, either use a provided pre-built release starting with Cutter 1.9, which bundles rz-ghidra, or follow the build instructions below.
Usage
Usage: pdg # Native Ghidra decompiler plugin
| pdg # Decompile current function with the Ghidra decompiler
| pdgd # Dump the debug XML Dump
| pdgx # Dump the XML of the current decompiled function
| pdgj # Dump the current decompiled function as JSON
| pdgo # Decompile current function side by side with offsets
| pdgs # Display loaded Sleigh Languages
| pdg* # Decompiled code is returned to rizin as comment
The following config vars (for the e command) can be used to adjust rz-ghidra's behavior: override auto-detection (e.g. x86:LE:32:default) ghidra.linelen: Max line length ghidra.nl.brace: Newline before opening '{' ghidra.nl.else: Newline before else ghidra.sleighhome: SLEIGHHOME "> ghidra.cmt.cpp: C++ comment style
ghidra.cmt.indent: Comment indent
ghidra.indent: Indent increment
ghidra.lang: Custom Sleigh ID to override auto-detection (e.g. x86:LE:32:default)
ghidra.linelen: Max line length
ghidra.nl.brace: Newline before opening '{'
ghidra.nl.else: Newline before else
ghidra.sleighhome: SLEIGHHOME
Here, ghidra.sleighhome must point to a directory containing the *.sla, *.lspec, ... files for the architectures that should supported by the decompiler. This is however set up automatically when using the rz-pm package or installing as shown below.
Building
First, make sure the submodule contained within this repository is fetched and up to date: git submodule init
git submodule update
Then, the rizin plugin can be built and installed as follows: mkdir build && cd build
cmake -DCMAKE_INSTALL_PREFIX=~/.local ..
make
make install
Here, set the CMAKE_INSTALL_PREFIX to a location where rizin can load the plugin from. The install step is necessary for the plugin to work because it includes installing the necessary Sleigh files. To also build the Cutter plugin, pass -DBUILD_CUTTER_PLUGIN=ON -DCUTTER_SOURCE_DIR=/path/to/cutter/source to cmake, for example like this: git clone https://github.com/rizinorg/cutter /my/path> # build Cutter, clone rz-ghidra, etc. ... /my/path/rz-ghidra> mkdir build && cd build /my/path/rz-ghidra/build> cmake -DBUILD_CUTTER_PLUGIN=ON -DCUTTER_SOURCE_DIR=/my/path/cutter -DCMAKE_INSTALL_PREFIX=~/.local .. /my/path/rz-ghidra/build> make && make install ">/my/path> git clone https://github.com/rizinorg/cutter
/my/path> # build Cutter, clone rz-ghidra, etc.
...
/my/path/rz-ghidra> mkdir build && cd build
/my/path/rz-ghidra/build> cmake -DBUILD_CUTTER_PLUGIN=ON -DCUTTER_SOURCE_DIR=/my/path/cutter -DCMAKE_INSTALL_PREFIX=~/.local ..
/my/path/rz-ghidra/build> make && make install

Versioning and Rizin Compatibility
Rizin has a quickly evolving C API so it is necessary to be explicit about which versions of rz-ghidra are compatible with which versions of Rizin: When using Rizin and rz-ghidra from git: rz-ghidra branch dev follows along Rizin branch dev. rz-ghidra branch stable follows along Rizin branch stable. Regarding releases, rz-ghidra is generally released simultaneously with Rizin and often uses the same version numbers (but not guaranteed, do not depend on these numbers!). Also, along with every Rizin release a tag like rz-0.1.2 is created on rz-ghidra, which exactly points to an rz-ghidra release and indicates that this release is compatible with the specified Rizin version. These tags can be used by distribution maintainers to look up how to set up dependencies.

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Download Rz-Ghidra (https://github.com/rizinorg/rz-ghidra)

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