sqlninja - a SQL Server injection & takeover tool Paros kgretzky/evilginx2: Standalone man-in-the-middle attack framework used for phishing login credentials along with session cookies, allowing for the bypass of 2-factor authentication Sqlmap tutorial for beginners – hacking with sql injection – BinaryTides Sqlmap Sqlmap is one of the most popular and powerful sql injection automation tool out there. Given a vulnerable http request url, sqlmap can exploit the remote database and do a lot of hacking like extracting database names, tables, columns, all the data in the tables etc. It can even read and write files on the remote file system under certain conditions. Written in python it is one of the most powerful hacking tools out there. Sqlmap is the metasploit of sql injections. Sqlmap is included in pen testing linux distros like kali linux, backtrack, backbox etc. Since its written in python, first you have to install python on your system. For the list of options and parameters that can be used with the sqlmap command, check the sqlmap documentation In this tutorial we are going to learn how to use sqlmap to exploit a vulnerable web application and see what all can be done with such a tool. Vulnerable Urls Command Note 1.
PHPIDS » Web Application Security 2.0 Nessus Vulnerability Scanner With Advanced Support for Nessus Pro, your teams will have access to phone, Community, and chat support 24 hours a day, 365 days a year. This advanced level of technical support helps to ensure faster response times and resolution to your questions and issues. Advanced Support Plan Features Phone Support Phone support 24 hours a day, 365 days a year, available for up to ten (10) named support contacts. Chat Support Chat support available to named support contacts, accessible via the Tenable Community is available 24 hours a day, 365 days a year. Tenable Community Support Portal All named support contacts can open support cases within the Tenable Community. Initial Response Time P1-Critical: < 2 hr P2-High: < 4 hr P3-Medium: < 12 hr P4-Informational: < 24 hr Support Contacts Support contacts must be reasonably proficient in the use of information technology, the software they have purchased from Tenable, and familiar with the customer resources that are monitored by means of the software.
Open Source Security - Find, Fix and Automate Due to the extensive amount of data held by the open source community, and because of open source’s decentralized nature with vulnerability data spread out across multiple databases and security advisories, it is a nearly impossible mission to manually manage all aspects of open source security at scale. Only an automated solution can ensure secure open source usage. Enforce Policies Automatically Throughout the SDLC WhiteSource enables you to automatically enforce your security, quality and license compliance policies to block vulnerable or problematic components and get full control over your open source usage. Setting up automated policies can reduce the number of new components you must manually review by 75-90%, thereby speeding up you software development process and freeing your developers to focus on building great products. Shift Left & Shift Right Your Open Source Security To properly tackle open source security, you must combine shift left and shift right methodologies.
Usage · sqlmapproject/sqlmap Wiki Usage Usage: python sqlmap.py [options] Options: -h, --help Show basic help message and exit -hh Show advanced help message and exit --version Show program's version number and exit -v VERBOSE Verbosity level: 0-6 (default 1) Target: At least one of these options has to be provided to define the target(s) -d DIRECT Connection string for direct database connection -u URL, --url=URL Target URL (e.g. " -l LOGFILE Parse target(s) from Burp or WebScarab proxy log file -x SITEMAPURL Parse target(s) from remote sitemap(.xml) file -m BULKFILE Scan multiple targets given in a textual file -r REQUESTFILE Load HTTP request from a file -g GOOGLEDORK Process Google dork results as target URLs -c CONFIGFILE Load options from a configuration INI file Request: These options can be used to specify how to connect to the target URL --method=METHOD Force usage of given HTTP method (e.g. PUT) --data=DATA Data string to be sent through POST --param-del=PARA.. Option: -v Risk
The Social-Engineer Toolkit (SET) The Social-Engineer Toolkit (SET) was created and written by the founder of TrustedSec. It is an open-source Python-driven tool aimed at penetration testing around Social-Engineering. SET has been presented at large-scale conferences including Blackhat, DerbyCon, Defcon, and ShmooCon. With over two million downloads, SET is the standard for social-engineering penetration tests and supported heavily within the security community. The Social-Engineer Toolkit has over 2 million downloads and is aimed at leveraging advanced technological attacks in a social-engineering type environment. SET is included in the latest version of the most popular Linux distribution focused on security, Back|Track. git clone set/ Below are some videos on SET: Defcon 20 – Owning One to Rule Them All – Dave Kennedy and Dave DeSimone DerbyCon 1 – Adaptive Penetration Testing ft. Defcon 19 – Pentesting over Powerlines The Social-Engineer Toolkit v3.3 release.
Testing Your Web Applications for Cross-Site Scripting Vulnerabilities Published: May 6, 2005 by Chris Weber, Casaba Security, LLC (chris@casabasec.com) By now there’s no argument that cross-site scripting attacks are real and potently dangerous. XSS attacks involve three parties: The attacker The victim The vulnerable Web site that the attacker exploits to take action on the victim Out of the three parties, the victim is the only one who actually runs the attacker’s code. What does an XSS vulnerability look like? XSS vulnerabilities exist when a Web application accepts user input through HTTP requests such as a GET or a POST and then redisplays the input somewhere in the output HTML code. 1. GET 2. <h1>Section Title</h1> You can see that the user input passed to the “title” query string parameter was probably placed in a string variable and inserted by the Web application into an <h1>tag. 3. The attacker could inject code by breaking out of the <h1>tag: There are many variations to try.