lunes, 18 de mayo de 2020

ShodanEye: Collect Infomation About All Devices Connected To The Internet With Shodan


About ShodanEye
   This tool collects all information about all devices that are directly connected to the internet with the specified keywords that you enter. This way you get a complete overview.

   Here you can read the latest article about Shodan Eye: Shodan Eye Ethical Hacking Tool Release

   The types of devices that are indexed can vary enormously: from small desktops, refrigerators to nuclear power plants and everything in between. You can find everything using "your own" specified keywords. Examples can be found in a file that is attached:

   The information obtained with this tool can be applied in many areas, a small example:
  • Network security, keep an eye on all devices in your company or at home that are confronted with internet.
  • Vulnerabilities. And so much more.
   For additional data gathering, you can enter a Shodan API key when prompted. A Shodan API key can be found here. 

Shodan Eye Ethical Hacking Tool Release
   Before we start the year 2020, today there is a new big release ..! Please note, if you have already installed Shodan Eye on your computer, then it is worthwhile to read it carefully. Of course, even if you don't know this Shodan tool yet:
  • Shodan Eye goes from Python 2 to Python 3
  • Save the output of the Shodan Eye results
  • The entry of the Shodan password is no longer visible.

About Shodan Search Engine
   Shoan is a search engine that lets the user find specific types of computers (webcams, routers, servers, etc.) connected to the internet using a variety of filters. Some have also described it as a search engine of service banners, which are metadata that the server sends back to the client.

   What is the difference between Google or another search engine: The most fundamental difference is that Shodan Eye crawls on the internet, Google on the World Wide Web. However, the devices that support the World Wide Web are only a small part of what is actually connected to the Internet.

Before use this tool, you should note that:
  • This was written for educational purpose and pentest only.
  • The author will not be responsible for any damage ..!
  • The author of this tool is not responsible for any misuse of the information.
  • You will not misuse the information to gain unauthorized access.
  • This information shall only be used to expand knowledge and not for causing malicious or damaging attacks.
  • Performing any hacks without written permission is illegal..!

ShodanEye's screenshots:

ShodanEye Installation
   If you're using GNU/Linux, open your terminal and enter these commands:

   If you're a Windows user, follow these steps to install ShodanEye:
  • 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 shodan-eye-master.zip file.>
  • Then unzip it.
  • Open CMD or PowerShell window at the Osueta folder you have just unzipped and enter these commands:
    pip install shodan
    python shodan-eye.py

Video Shodan Eye on YouTube:

Contact to the author:


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domingo, 17 de mayo de 2020

What Is Keylogger? Uses Of Keylogger In Hacking ?


What is keylogger? 

How does hacker use keylogger to hack social media account and steal important data for money extortion and many uses of keylogger ?

Types of keylogger? 

===================

Keylogger is a tool that hacker use to monitor and record the keystroke you made on your keyboard. Keylogger is the action of recording the keys struck on a keyboard and it has capability to record every keystroke made on that system as well as monitor screen recording also. This is the oldest forms of malware.


Sometimes it is called a keystroke logger or system monitor is a type of surveillance technology used to monitor and record each keystroke type a specific computer's keyboard. It is also available for use on smartphones such as Apple,I-phone and Android devices.


A keylogger can record instant messages,email and capture any information you type at any time using your keyboard,including usernames password of your social media ac and personal identifying pin etc thats the reason some hacker use it to hack social media account for money extortion.

======================

Use of keylogger are as follows- 

1-Employers to observe employee's computer activity. 

2-Attacker / Hacker used for hacking some crucial data of any organisation for money extortion.

3-Parental Control is use to supervise their children's internet usage and check to control the browsing history of their child.

4-Criminals use keylogger to steal personal or financial information such as banking details credit card details etc and then which they will sell and earn a good profit. 

5-Spouse/Gf tracking-if you are facing this issue that your Spouse or Gf is cheating on you then you can install a keylogger on her cell phone to monitor her activities over the internet whatever you want such as check Whats app, facebook and cell phone texts messages etc . 

=====================

Basically there are two types of keylogger either the software or hardware but the most common types of keylogger across both these are as follows-

1-API based keylogger 

2-Form Grabbing Based Keylogger 

3-Kernal Based Keylogger 

4-Acoustic Keylogger ETC . 

====================

How to detect keylogger on a system?

An antikeylogger is a piece of software specially designed to detect it on a computer. 

Sometype of keylogger are easily detected and removed by the best antivirus software. 

You can view  the task manager(list of current programs) on a windows PC by Ctrl+Alt+Del to detect it.

Use of any software to perform any illegal activity is a crime, Do at your own risk.




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BruteSpray: A Brute-forcer From Nmap Output And Automatically Attempts Default Creds On Found Services


About BruteSpray: BruteSpray takes nmap GNMAP/XML output or newline seperated JSONS and automatically brute-forces services with default credentials using Medusa. BruteSpray can even find non-standard ports by using the -sV inside Nmap.

BruteSpay's Installation
   With Debian users, the only thing you need to do is this command:
sudo apt install brutespray

   For Arch Linux user, you must install Medusa first: sudo pacman -S medusa

   And then, enter these commands to install BruteSpray:


Supported Services: ssh, ftp, telnet, vnc, mssql, mysql, postgresql, rsh, imap, nntpp, canywhere, pop3, rexec, rlogin, smbnt, smtp, svn, vmauthdv, snmp.

How to use BruteSpray?

   First do an Nmap scan with -oG nmap.gnmap or -oX nmap.xml.
   Command: python3 brutespray.py -h
   Command: python3 brutespray.py --file nmap.gnmap
   Command: python3 brutesrpay.py --file nmap.xml
   Command: python3 brutespray.py --file nmap.xml -i

   You can watch more details here:

Examples

   Using Custom Wordlists:
python3 brutespray.py --file nmap.gnmap -U /usr/share/wordlist/user.txt -P /usr/share/wordlist/pass.txt --threads 5 --hosts 5

   Brute-Forcing Specific Services:
python3 brutespray.py --file nmap.gnmap --service ftp,ssh,telnet --threads 5 --hosts 5

   Specific Credentials:
python3 brutespray.py --file nmap.gnmap -u admin -p password --threads 5 --hosts 5

   Continue After Success:
python3 brutespray.py --file nmap.gnmap --threads 5 --hosts 5 -c

   Use Nmap XML Output:
python3 brutespray.py --file nmap.xml --threads 5 --hosts 5

   Use JSON Output:
python3 brutespray.py --file out.json --threads 5 --hosts 5

   Interactive Mode: python3 brutespray.py --file nmap.xml -i

Data Specs
{"host":"127.0.0.1","port":"3306","service":"mysql"}
{"host":"127.0.0.10","port":"3306","service":"mysql"}
...


Changelog: Changelog notes are available at CHANGELOG.md.

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sábado, 16 de mayo de 2020

Chapter 1To 5 HTML

Contents

 
About
 
................................................................................................................................................................................... 1
 
Chapter 1: Getting started with HTML
 
................................................................................................................ 2
 
Section 1.1: Hello World 2
 
Chapter 2: Doctypes
 
.................................................................................................................................................... 4
 
Section 2.1: Adding the Doctype 4
Section 2.2: HTML 5 Doctype 4
 
Chapter 3: Headings
 
.................................................................................................................................................... 5
 
Section 3.1: Using Headings 5
 
Chapter 4: Paragraphs
 
.............................................................................................................................................. 6
 
Section 4.1: HTML Paragraphs
Chapter 5: Text Formatting
 
.....................................................................................................................................  6
.....................................................................................................................................  7
 
Section 5.1: Highlighting 7
Section 5.2: Bold, Italic, and Underline 7
Section 5.3: Abbreviation 8
Section 5.4: Inserted, Deleted, or Stricken 8
Section 5.5: Superscript and Subscript 8
 
Chapter 1: Getting started with HTML

Version Specification Release Date
1.0 N/A 1994-01-01
2.0 RFC 1866
1995-11-24
3.2 W3C: HTML 3.2 Specification
1997-01-14
4.0 W3C: HTML 4.0 Specification
1998-04-24
4.01 W3C: HTML 4.01 Specification
1999-12-24
5 WHATWG: HTML Living Standard
2014-10-28
5.1 W3C: HTML 5.1 Specification
2016-11-01
Section 1.1: Hello World
Introduction

HTML (Hypertext Markup Language) uses a markup system composed of elements which represent specific content. Markup means that with HTML you declare what is presented to a viewer, not how it is presented. Visual representations are defined by Cascading Style Sheets (CSS) and realized by browsers. Still existing elements that allow for such, like e.g. font, "are entirely obsolete, and must not be used by authors"[1].
HTML is sometimes called a programming language but it has no logic, so is a markup language. HTML tags provide semantic meaning and machine-readability to the content in the page.
An element usually consists of an opening tag (<element_name>), a closing tag (</element_name>), which contain the element's name surrounded by angle brackets, and the content in between:
<element_name>...content...</element_name>

There are some HTML elements that don't have a closing tag or any contents. These are called void elements. Void elements include <img>, <meta>, <link> and <input>.
Element names can be thought of as descriptive keywords for the content they contain, such as video, audio, table, footer.
A HTML page may consist of potentially hundreds of elements which are then read by a web browser, interpreted and rendered into human readable or audible content on the screen.
For this document it is important to note the difference between elements and tags:

Elements: video, audio, table, footer

Tags: <video>, <audio>, <table>, <footer>, </html>, </body>


Element insight

Let's break down a tag...

The <p> tag represents a common paragraph.

Elements commonly have an opening tag and a closing tag. The opening tag contains the element's name in angle brackets (<p>). The closing tag is identical to the opening tag with the addition of a forward slash (/) between the opening bracket and the element's name (</p>).
Content can then go between these two tags: <p>This is a simple paragraph.</p>.
 
Creating a simple page

The following HTML example creates a simple "Hello World" web page.

HTML files can be created using any text editor. The files must be saved with a .html or .htm[2] extension in order to be recognized as HTML files.

Once created, this file can be opened in any web browser.




Simple page break down

These are the tags used in the example:

Tag Meaning
<!DOCTYPE> Defines the HTML version used in the document. In this case it is HTML5.
See the doctypes topic for more information.
Opens the page. No markup should come after the closing tag (</html>). The lang attribute declares
 
<html>


<head>



<meta>
 
the primary language of the page using the ISO language codes (en for English). See the Content Language topic for more information.
Opens the head section, which does not appear in the main browser window but mainly contains information about the HTML document, called metadata. It can also contain imports from external stylesheets and scripts. The closing tag is </head>.
Gives the browser some metadata about the document. The charset attribute declares the character encoding. Modern HTML documents should always use UTF-8, even though it is not a requirement. In HTML, the <meta> tag does not require a closing tag.
See the Meta topic for more information.
 
<title> The title of the page. Text written between this opening and the closing tag (</title>) will be displayed on the tab of the page or in the title bar of the browser.
<body> Opens the part of the document displayed to users, i.e. all the visible or audible content of a page. No content should be added after the closing tag </body>.
<h1> A level 1 heading for the page.
See headings for more information.
<p> Represents a common paragraph of text.

1. ↑ HTML5, 11.2 Non-conforming features
2. ↑ .htm is inherited from the legacy DOS three character file extension limit.
 
Chapter 2: Doctypes

Doctypes - short for 'document type' - help browsers to understand the version of HTML the document is written in for better interpretability. Doctype declarations are not HTML tags and belong at the very top of a document. This topic explains the structure and declaration of various doctypes in HTML.
Section 2.1: Adding the Doctype
The <!DOCTYPE> declaration should always be included at the top of the HTML document, before the <html> tag.

Version ≥ 5

See HTML 5 Doctype for details on the HTML 5 Doctype.


Section 2.2: HTML 5 Doctype
HTML5 is not based on SGML (Standard Generalized Markup Language), and therefore does not require a reference to a DTD (Document Type Definition).
HTML 5 Doctype declaration:

Case Insensitivity

Per the W3.org HTML 5 DOCTYPE Spec:

A DOCTYPE must consist of the following components, in this order:

1. A string that is an ASCII case-insensitive match for the string "<!DOCTYPE".

therefore the following DOCTYPEs are also valid:


This SO article discusses the topic extensively: Uppercase or lowercase doctype?
 
Chapter 3: Headings

HTML provides not only plain paragraph tags, but six separate header tags to indicate headings of various sizes and thicknesses. Enumerated as heading 1 through heading 6, heading 1 has the largest and thickest text while heading 6 is the smallest and thinnest, down to the paragraph level. This topic details proper usage of these tags.
Section 3.1: Using Headings
Headings can be used to describe the topic they precede and they are defined with the <h1> to <h6> tags. Headings support all the global attributes.

<h1> defines the most important heading.
<h6> defines the least important heading.

Defining a heading:

Correct structure matters

Search engines and other user agents usually index page content based on heading elements, for example to create a table of contents, so using the correct structure for headings is important.
In general, an article should have one h1 element for the main title followed by h2 subtitles – going down a layer if necessary. If there are h1 elements on a higher level they shoudn't be used to describe any lower level content.

Example document (extra intendation to illustrate hierarchy):

 
Chapter 4: Paragraphs

Column Column
<p> Defines a paragraph
<br> Inserts a single line break
<pre> Defines pre-formatted text

Paragraphs are the most basic HTML element. This topic explains and demonstrates the usage of the paragraph element in HTML.

Section 4.1: HTML Paragraphs

The HTML <p> element defines a paragraph:


Display-

You cannot be sure how HTML will be displayed.

Large or small screens, and resized windows will create different results.

With HTML, you cannot change the output by adding extra spaces or extra lines in your HTML code. The browser will remove any extra spaces and extra lines when the page is displayed:
 
Chapter 5: Text Formatting

While most HTML tags are used to create elements, HTML also provides in-text formatting tags to apply specific text-related styles to portions of text. This topic includes examples of HTML text formatting such as highlighting, bolding, underlining, subscript, and stricken text

Section 5.1: Highlighting

The <mark> element is new in HTML5 and is used to mark or highlight text in a document "due to its relevance in another context".1

The most common example would be in the results of a search were the user has entered a search query and results are shown highlighting the desired query.


Output:


A common standard formatting is black text on a yellow background, but this can be changed with CSS.

Section 5.2: Bold, Italic, and Underline
Bold Text

To bold text, use the <strong> or <b> tags:


or


What's the difference? Semantics. <strong> is used to indicate that the text is fundamentally or semantically important to the surrounding text, while <b> indicates no such importance and simply represents text that should be bolded.

If you were to use <b> a text-to-speech program would not say the word(s) any differently than any of the other words around it - you are simply drawing attention to them without adding any additional importance. By using
<strong>, though, the same program would want to speak those word(s) with a different tone of voice to convey that the text is important in some way.

Italic Text

To italicize text, use the <em> or <i> tags:

 
or


What's the difference? Semantics. <em> is used to indicate that the text should have extra emphasis that should be stressed, while <i> simply represents text which should be set off from the normal text around it.

For example, if you wanted to stress the action inside a sentence, one might do so by emphasizing it in italics via
<em>: "Would you just submit the edit already?"

But if you were identifying a book or newspaper that you would normally italicize stylistically, you would simply use
<i>: "I was forced to read Romeo and Juliet in high school.

Underlined Text

While the <u> element itself was deprecated in HTMl 4, it was reintroduced with alternate semantic meaning in HTML 5 - to represent an unarticulated, non-textual annotation. You might use such a rendering to indicate misspelled text on the page, or for a Chinese proper name mark.


Section 5.3: Abbreviation

To mark some expression as an abbreviation, use <abbr> tag:


If present, the title attribute is used to present the full description of such abbreviation.

Section 5.4: Inserted, Deleted, or Stricken

To mark text as inserted, use the <ins> tag:


To mark text as deleted, use the <del> tag:


To strike through text, use the <s> tag:


Section 5.5: Superscript and Subscript

To offset text either upward or downward you can use the tags <sup> and <sub>. To create superscript:
 

To create subscript:
 
@EVERYTHINGNT
Read more

viernes, 15 de mayo de 2020

DalFox (Finder Of XSS) - Parameter Analysis And XSS Scanning Tool Based On Golang


Finder Of XSS, and Dal is the Korean pronunciation of moon.

What is DalFox
Just, XSS Scanning and Parameter Analysis tool. I previously developed XSpear, a ruby-based XSS tool, and this time, a full change occurred during the process of porting with golang!!! and created it as a new project. The basic concept is to analyze parameters, find XSS, and verify them based on DOM Parser.
I talk about naming. Dal(달) is the Korean pronunciation of moon and fox was made into Fox(Find Of XSS).

Key features
  • Paramter Analysis (find reflected parameter, find free/bad characters, Identification of injection point)
  • Static Analysis (Check Bad-header like CSP, X-Frame-optiopns, etc.. with base request/response base)
  • Optimization query of payloads
    • Check the injection point through abstraction and generated the fit payload.
    • Eliminate unnecessary payloads based on badchar
  • XSS Scanning and DOM Base Verifying
  • All test payloads(build-in, your custom/blind) are tested in parallel with the encoder.
    • Support to Double URL Encoder
    • Support to HTML Hex Encoder
  • Friendly Pipeline (single url, from file, from IO)
  • And the various options required for the testing :D
    • built-in / custom grepping for find other vulnerability
    • if you found, after action
    • etc..

How to Install
There are a total of three ways to Personally, I recommend go install.

Developer version (go-get or go-install)
go-install
  1. clone this repo
$ git clone https://github.com/hahwul/dalfox
  1. install in cloned dalfox path
$ go install
  1. using dalfox
$ ~/go/bin/dalfox
go-get
  1. go get dalfox!
$ go get -u github.com/hahwul/dalfox
  1. using dalfox
$ ~/go/bin/dalfox

Release version
  1. Open latest release page https://github.com/hahwul/dalfox/releases/latest
  2. Download file Download and extract the file that fits your OS.
  3. You can put it in the execution directory and use it. e.g
$ cp dalfox /usr/bin/

Usage
    _..._    .' .::::.   __   _   _    ___ _ __ __   :  :::::::: |  \ / \ | |  | __/ \\ V /   :  :::::::: | o ) o || |_ | _( o )) (   '. '::::::' |__/|_n_||___||_| \_//_n_\     '-.::''  Parameter Analysis and XSS Scanning tool based on golang  Finder Of XSS and Dal is the Korean pronunciation of moon. @hahwul      Usage:    dalfox [command]    Available Commands:    file        Use file mode(targets list or rawdata)    help        Help about any command    pipe        Use pipeline mode    url         Use single target mode    version     Show version    Flags:    -b, --blind string            Add your blind xss (e.g -b https://hahwul.xss.ht)        --config string           Using config from file    -C, --cookie string           Add custom cookie        --custom-payload string   Add custom payloads from file    -d, --data string             Using POST Method and add Body data        --delay int               Milliseconds between send to same host (1000==1s)        --found-action string     If found weak/vuln, action(cmd) to next        --grep string             Using custom grepping file (e.g --grep ./samples/sample_grep.json)    -H, --header string           Add custom headers    -h, --help                    help for dalfox        --only-discovery          Only testing parameter analysis    -o, --output string           Write to output file        --output-format string    -o/--output 's format (txt/json/xml)    -p, --param string            Only testing selected parameters        --proxy string            Send all request to proxy server (e.g --proxy http://127.0.0.1:8080)        --silence                 Not printing all logs        --timeout int             Second of timeout (default 10)        --user-agent string       Add custom UserAgent    -w, --worker int              Number of worker (default 40)  
    _..._
.' .::::. __ _ _ ___ _ __ __
: :::::::: | \ / \ | | | __/ \\ V /
: :::::::: | o ) o || |_ | _( o )) (
'. '::::::' |__/|_n_||___||_| \_//_n_\
'-.::''
Parameter Analysis and XSS Scanning tool based on golang
Finder Of XSS and Dal is the Korean pronunciation of moon. @hahwul


Usage:
dalfox [command]

Available Commands:
file Use file mode(targets list or rawdata)
help Help about any command
pipe Use pipeline mode
url Use single target mode
version Show version

Flags:
-b, --blind string Add your blind xss (e.g -b https://hahwul.xss.ht)
--config string Using config from file
-C, --cookie string Add custom cookie
--custom-payload string Add custom payloads from file
-d, --data string Using POST Method and add Body data
--delay int Milliseconds between send to same host (1000==1s)
--found-action string If found weak/vuln, action(cmd) to next
--grep string Using custom grepping file (e.g --grep ./samples/sample_grep.json)
-H, --header string Add custom headers
-h, --help help for dalfox
--only-discovery Only testing parameter analysis
-o, --output string Write to output file
--output-format string -o/--output 's format (txt/json/xml)
-p, --param string Only testing selected parameters
--proxy string Send all request to proxy server (e.g --proxy http://127.0.0.1:8080)
--silence Not printing all logs
--timeout int Second of timeout (default 10)
--user-agent string Add custom UserAgent
-w, --worker int Number of worker (default 40)
Single target mode
$ dalfox url http://testphp.vulnweb.com/listproducts.php\?cat\=123\&artist\=123\&asdf\=ff -b https://hahwul.xss.ht  
Multiple target mode from file
$ dalfox file urls_file --custom-payload ./mypayloads.txt  
Pipeline mode
$ cat urls_file | dalfox pipe -H "AuthToken: bbadsfkasdfadsf87"  
Other tips, See wiki for detailed instructions!

ScreenShot






via KitPloit
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OVER $60 MILLION WORTH OF BITCOINS HACKED FROM NICEHASH EXCHANGE

Over $60 Million Worth of Bitcoins Hacked from NiceHash Exchange. Bitcoin mining platform and exchange NiceHash has been hacked, leaving investors short of close to $68 million in BTC.
As the price of Bitcoin continues to rocket, surging past the $14,500 mark at the time of writing, cyberattackers have once again begun hunting for a fresh target to cash in on in this lucrative industry.
Banks and financial institutions have long cautioned that the volatility of Bitcoin and other cryptocurrency makes it a risky investment, but for successful attackers, the industry potentially provides a quick method to get rich — much to the frustration of investors.
Unfortunately, it seems that one such criminal has gone down this path, compromising NiceHash servers and clearing the company out.
In a press release posted on Reddit, on Wednesday, NiceHash said that all operations will stop for the next 24 hours after their "payment system was compromised and the contents of the NiceHash Bitcoin wallet have been stolen."
NiceHash said it was working to "verify" the precise amount of BTC stolen, but according to a wallet which allegedly belongs to the attacker — traceable through the blockchain — 4,736.42 BTC was stolen, which at current pricing equates to $67,867,781.
"Clearly, this is a matter of deep concern and we are working hard to rectify the matter in the coming days," NiceHash says. "In addition to undertaking our own investigation, the incident has been reported to the relevant authorities and law enforcement and we are co-operating with them as a matter of urgency."
"We are fully committed to restoring the NiceHash service with the highest security measures at the earliest opportunity," the trading platform added.
The company has also asked users to change their online passwords as a precaution. NiceHash says the "full scope" of the incident is unknown.
"We are truly sorry for any inconvenience that this may have caused and are committing every resource towards solving this issue as soon as possible," the company added.
Inconvenience is an understatement — especially as so much was left in a single wallet — but the moment those coins shift, we may know more about the fate of the stolen investor funds.
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jueves, 14 de mayo de 2020

Ransomware.OSX.KeRanger Samples


Research: New OS X Ransomware KeRanger Infected Transmission BitTorrent Client Installer by Claud Xiao

Sample credit: Claud Xiao


File information

d1ac55a4e610380f0ab239fcc1c5f5a42722e8ee1554cba8074bbae4a5f6dbe1 
1d6297e2427f1d00a5b355d6d50809cb 
Transmission-2.90.dmg

e3ad733cea9eba29e86610050c1a15592e6c77820927b9edeb77310975393574 
56b1d956112b0b7bd3e44f20cf1f2c19 
Transmission

31b6adb633cff2a0f34cefd2a218097f3a9a8176c9363cc70fe41fe02af810b9
14a4df1df622562b3bf5bc9a94e6a783 
General.rtf

d7d765b1ddd235a57a2d13bd065f293a7469594c7e13ea7700e55501206a09b5 
24a8f01cfdc4228b4fc9bb87fedf6eb7 
Transmission2.90.dmg

ddc3dbee2a8ea9d8ed93f0843400653a89350612f2914868485476a847c6484a
3151d9a085d14508fa9f10d48afc7016 
Transmission

6061a554f5997a43c91f49f8aaf40c80a3f547fc6187bee57cd5573641fcf153 
861c3da2bbce6c09eda2709c8994f34c 
General.rtf



Download

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