martes, 30 de junio de 2020

Top 13 Websites to Learn How to Hack Like a Pro

  1. Metasploit: Find security issues, verify vulnerability mitigations & manage security assessments with Metasploit. Get the worlds best penetration testing software now.
  2. HackRead: HackRead is a News Platform that centers on InfoSec, Cyber Crime, Privacy, Surveillance, and Hacking News with full-scale reviews on Social Media Platforms.
  3. The Hacker News: The Hacker News — most trusted and widely-acknowledged online cyber security news magazine with in-depth technical coverage for cybersecurity.
  4. Packet Storm: Information Security Services, News, Files, Tools, Exploits, Advisories and Whitepapers.
  5. NFOHump: Offers up-to-date .NFO files and reviews on the latest pirate software releases.
  6. SecurityFocus: Provides security information to all members of the security community, from end users, security hobbyists and network administrators to security consultants, IT Managers, CIOs and CSOs.
  7. KitPloit: Leading source of Security Tools, Hacking Tools, CyberSecurity and Network Security.
  8. Phrack Magazine: Digital hacking magazine.
  9. Hacked Gadgets: A resource for DIY project documentation as well as general gadget and technology news.
  10. Exploit DB: An archive of exploits and vulnerable software by Offensive Security. The site collects exploits from submissions and mailing lists and concentrates them in a single database.
  11. DEFCON: Information about the largest annual hacker convention in the US, including past speeches, video, archives, and updates on the next upcoming show as well as links and other details.
  12. Hakin9: E-magazine offering in-depth looks at both attack and defense techniques and concentrates on difficult technical issues.
  13. SecTools.Org: List of 75 security tools based on a 2003 vote by hackers.

jueves, 11 de junio de 2020

Linux/AirDropBot Samples



Reference








Download

       
      Other malware






Hashes

MD5
SHA256
SHA1
85a8aad8d938c44c3f3f51089a60ec16
1a75642976449d37acd14b19f67ed7d69499c41aa6304e78c7b2d977e0910e37
2f0079bb42d5088f1fec341cb68f15cdd447ac43
2c0afe7b13cdd642336ccc7b3e952d8d
64c0e594d4926a293a1f1771187db8cfb44a0dda80d8b25b4f0c975e1e77745c
fef65085a92654cbcf1e3e0d851c6cda8dd3b03d
94b8337a2d217286775bcc36d9c862d2
71c02b99046c3be12e31577aa6623ce47dfb7f369e67af564d2bd499080c03b6
d5deeb1b61026479acb421583b7b82d09d63e921
417151777eaaccfc62f778d33fd183ff
bf6941e644a430fef43afc749479859665a57b711d5483c2c7072049c7db17b7
f76b9447db23229edae17a3160e04df41bc35a9d
d31f047c125deb4c2f879d88b083b9d5
2785845c97a69e15c9c1535216732a9d24bcf8f7244ce7872a2b0d2d4bcb92c3
4693505ef4c029112c4b85a16762cf90f0d69c15
ff1eb225f31e5c29dde47c147f40627e
f7ab3d315961d84da43f30a186136a56f5aa1e9afe6b56a0d357accd5f0ab81a
d5f2a976b703b5e687ffc58c408e0bc880838ae7
f3aed39202b51afdd1354adc8362d6bf
fa2bc8d988c8dfbdc965f1373bd80e9f5862868397c1bcb5e84b1e9c1756e0e2
31f0bca917cfbffcc126219439d38fe80d5c8460
083a5f463cb84f7ae8868cb2eb6a22eb
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abd5008522f69cca92f8eefeb5f160e2
509299df2f6150f59ed777873d3b7c708587c68a4004b4654a8cf2a640dd50aa
15cf94828c07e080b9c455738f3219859d9ab732
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565deb4b1a7397d2497c75c9635b81d2e3b6427f0c576e5cd3c4224660712b56
c56fea8c1c949394e539d5ab3e3df7dfd329844a
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121c7ebfb99d8ef39f72bf7c787be4c15e2e08b731f01172605a4d34d27f08eb
3b6ca4525c3aad0583400b911b015071a0ea6133
4d3cab2d0c51081e509ad25fbd7ff596
7f71577b63b449c1a9e9aa516fa9e4320fe5f79548a00025a430894a269ab57b
d521f25362791de4d8a82a2683f032c1dd816e74
252e2dfdf04290e7e9fc3c4d61bb3529
834fc5c0ccfde1f3d52d88355717f119221118ee2d26018b417c50d066e9e978
c8f3130e64a6f825b1e97060cf258e9086a2b650
5dcdace449052a596bce05328bd23a3b
22949a7a3424f3b3bdf7d92c5e7a7a0de4eb6bbe9c523d57469944f6a8b1d012
f2c072560559a3f112e2000c8e28ee975b2b9db3
9c66fbe776a97a8613bfa983c7dca149
18c08d3c39170652d4770b2f7785e402b58c1f6c51ba1338be4330498ef268f4
18a99ec770109357d1adbc1c2475b17d4dcca651
59af44a74873ac034bd24ca1c3275af5
1c345b5e7c7fdcc79daa5829e0f93f6ae2646f493ae0ec5e8d66ab84a12a2426
98f789e91809203fbf1b7255bd0579fc86a982ba
9642b8aff1fda24baa6abe0aa8c8b173
98165c65d83fd95379e2e7878ac690c492ac54143d7b12beec525a9d048bedae
bd447e0e77a9192b29da032db8e1216b7b97f9ed
e56cec6001f2f6efc0ad7c2fb840aceb
7a2bf405c5d75e4294c980a26d32e80e108908241751de4c556298826f0960f1
b1c271d11797baac2504916ac80fd9e6fac61973
54d93673f9539f1914008cfe8fd2bbdd
c396a1214956eb35c89b62abc68f7d9e1e5bd0e487f330ed692dd49afed37d5a
72a9b8d499cce2de352644a8ffeb63fd0edd414b
6d202084d4f25a0aa2225589dab536e7
c691fecb7f0d121b5a9b8b807c5767ad17ae3dd9981c47f114d253615d0ef171
a68149c19bfddcdfc537811a3a78cd48c7c74740
cfbf1bd882ae7b87d4b04122d2ab42cb
892986403d33acb57fca1f61fc87d088b721bdd4b8de3cd99942e1735188125b
a067a0cf99650345a32a65f5bc14ab0da97789b6

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Learning Web Pentesting With DVWA Part 2: SQL Injection

In the last article Learning Web Pentesting With DVWA Part 1: Installation, you were given a glimpse of SQL injection when we installed the DVWA app. In this article we will explain what we did at the end of that article and much more.
Lets start by defining what SQL injection is, OWASP defines it as: "A SQL injection attack consists of insertion or "injection" of a SQL query via the input data from the client to the application. A successful SQL injection exploit can read sensitive data from the database, modify database data (Insert/Update/Delete), execute administration operations on the database (such as shutdown the DBMS), recover the content of a given file present on the DBMS file system and in some cases issue commands to the operating system. SQL injection attacks are a type of injection attack, in which SQL commands are injected into data-plane input in order to effect the execution of predefined SQL commands."
Which basically means that we can use a simple (vulnerable) input field in our web application to get information from the database of the server which hosts the web application. We can command and control (at certain times) the database of the web application or even the server.
In this article we are going to perform SQL injection attack on DVWA, so let's jump in. On the DVWA welcome page click on SQL Injection navigation link. We are presented with a page with an input field for User ID.
Now lets try to input a value like 1 in the input field. We can see a response from server telling us the firstname and surname of the user associated with User ID 1.
If we try to enter a user id which doesn't exist, we get no data back from the server. To determine whether an input field is vulnerable to SQL injection, we first start by sending a single quote (') as input. Which returns an SQL error.
We saw this in the previous article and we also talked about injection point in it. Before diving deeper into how this vulnerability can be exploited lets try to understand how this error might have occurred. Lets try to build the SQL query that the server might be trying to execute. Say the query looks something like this:
SELECT first_name, sur_name FROM users WHERE user_id = '1';
The 1 in this query is the value supplied by the user in the User ID input field. When we input a single quote in the User ID input field, the query looks like this:
SELECT first_name, sur_name FROM users WHERE user_id = ''';
The quotes around the input provided in the User ID input field are from the server side application code. The error is due to the extra single quote present in the query. Now if we specify a comment after the single quote like this:
'-- -
or
'#
we should get no error. Now our crafted query looks like this:
SELECT first_name, sur_name FROM users WHERE user_id = ''-- -';
or
SELECT first_name, sur_name FROM users WHERE user_id = ''#';
since everything after the # or -- - are commented out, the query will ignore the extra single quote added by the server side app and whatever comes after it and will not generate any error. However the query returns nothing because we specified nothing ('') as the user_id.
After knowing how things might be working on the server side, we will start to attack the application.
First of all we will try to determine the number of columns that the query outputs because if we try a query which will output the number of columns greater or smaller than what the original query outputs then our query is going to get an error. So we will first figure out the exact number of columns that the query outputs and we will do that with the help of order by sql statement like this:
' order by 1-- -
This MySQL server might execute the query as:
SELECT first_name, sur_name FROM users WHERE user_id = '' order by 1-- -';
you get the idea now.
if we don't get any error message, we will increase the number to 2 like this:
' order by 2-- -
still no error message, lets add another:
' order by 3-- -
and there we go we have an error message. Which tells us the number of columns that the server query selects is 2 because it erred out at 3.
Now lets use the union select SQL statement to get information about the database itself.
' union select null, version()-- -
You should first understand what a union select statement does and only then can you understand what we are doing here. You can read about it here.
We have used null as one column since we need to match the number of columns from the server query which is two. null will act as a dummy column here which will give no output and the second column which in our case here is the version() command will output the database version. Notice the output from the application, nothing is shown for First name since we specified null for it and the maria db version will be displayed in Surname.
Now lets check who the database user is using the user() function of mariadb:
' union select null, user()-- -
After clicking the submit button you should be able to see the user of the database in surname.

Now lets get some information about the databases in the database.
Lets determine the names of databases from INFORMATION_SCHEMA.SCHEMATA by entering following input in the User ID field:
' union select null, SCHEMA_NAME from INFORMATION_SCHEMA.SCHEMATA-- -
This lists two databases dvwa and information_schema. information_schema is the built in database. Lets look at the dvwa database.
Get table names for dvwa database from INFORMATION_SCHEMA.TABLES
' union select null, TABLE_NAME from INFORMATION_SCHEMA.TABLES-- -
It gives a huge number of tables that are present in dvwa database. But what we are really interested in is the users table as it is most likely to contain user passwords. But first we need to determine columns of that table and we will do that by querying INFORMATION_SCHEMA.COLUMNS like this:
' union select null, COLUMN_NAME from INFORMATION_SCHEMA.COLUMNS WHERE TABLE_NAME = 'users'-- -

We can see the password column in the output now lets get those passwords:
' union select user, password from users-- -
Of-course those are the hashes and not plain text passwords. You need to crack them.
Hope you learned something about SQL injection in this article. See you next time.

References:

1. SQL Injection: https://owasp.org/www-community/attacks/SQL_Injection
2. MySQL UNION: https://www.mysqltutorial.org/sql-union-mysql.aspx
3. Chapter 25 INFORMATION_SCHEMA Tables: https://dev.mysql.com/doc/refman/8.0/en/information-schema.html
More information

Hacking Facebook By Using PHP Script | Social Engineering Attack | LAN And WAN (Same Or Different Networks)


This Video is absolutely for Educational Purposes only, please don't do any illegal activity. If you do then I'm not responsible for your illegal activity. The purpose of this video is to show you How hackers can hack your social media by using their own local servers.

Basically these type of attacks  known as Social Engineering attacks or Phishing. Attacker just send the duplicate vulnerable HTML page to the victim, when victim enters any type of information to that vulnerable page it'll automatically received by the attacker.

Phishing is a form of fraud in which an attacker masquerades as a reputable entity or person in email or other communication channels. The attacker uses phishing emails to distribute malicious links or attachments that can perform a variety of functions, including the extraction of login credentials or account information from victims.

How phishing works 

Phishing attacks typically rely on social networking techniques applied to email or other electronic communication methods, including direct messages sent over social networks, SMS text messages and other instant messaging modes.

Phishers may use social engineering and other public sources of information, including social networks like LinkedIn, Facebook and Twitter, to gather background information about the victim's personal and work history, his interests, and his activities.

Hacking by PHP

As PHP is server side scripting language so first of all you have need to install a local server (WAMP, XAMPP or LAMPP) over your system. Because if there is no any server running on your system then you can't even run your PHP script. So if you wanna do a programming with PHP this is the first step to download and install a server from the Internet. You can easily download and install servers by watching my videos. Just visit my YouTube channel and watch there.