
Explore using the Edgecomb security testing framework and Mozilla Firefox addons for semi automated web application security testing, including penetration testing, exploitation tools, debugging, and comprehensive reporting.
Learn to use tamper data to modify quantities and prices in a web application, observe how data tampering enables cheaper purchases and dump data during a transaction.
Examine live http header data to understand how headers convey transfer requests to the server and reveal parameters like user targets, highlighting cross-site request forgery risks.
Explore how Firebug, a Mozilla Firefox add-on, reveals CSS details and page data while inspecting an admin post and a link, exposing click jacking and security misconfigurations.
Explore the hackbar Firefox add-on in a demo lab to learn payload injection, cross-site scripting, and encoding techniques used in web application security testing, including hashing and string manipulation.
Explore the hcon stf framework, a comprehensive penetration testing toolkit with recon, mapping, debuggers, exploitation and auditing tools, plus proxy and anonymity features and curated bookmarks.
Explore Burp Suite, an integrated platform for web app security testing, from mapping and analysis to finding and exploiting vulnerabilities, using proxying, repeater, and sequencer with fuzzing and payloads.
Explore how Google hacking uses search operators to find indexed pages, text, and titles that expose sensitive data like usernames, highlighting steps to prevent public exposure.
Apply Google hacking techniques using operators such as site, link, and intitle to constrain results; explore the Google hacking database to locate directories, password files, and Apache servers.
Examine Crossette flushing by tracing unsanitized input in flash files, understand action script variable handling, and explore defense through input sanitization and detection of potential flash-based attacks.
This vivid cross-site flashing demonstration shows how to alert cookies, inject an iframe, and explore functions using a decompiler and external interfaces.
Explore insecure direct object references (idor) and how improper authorization can expose data by letting attackers access other users' objects. Apply mitigations such as indirect reference maps.
Explore insecure direct object references through a live demo that shows how enumerating listed versus non-listed files and accessing source content can expose sensitive blog and index data.
Explore how sql injection creates a vulnerability that lets attackers bypass login by manipulating queries against the users table, potentially exposing usernames and passwords.
This lecture demonstrates SQL injection to bypass login by injecting input into username and password fields, causing a true condition (1=1) to authenticate and start a session.
Explore remote and local file inclusion, how attackers load external files, and the risks of code execution, information disclosure, and denial of service.
Demonstrates practical local file inclusion (LFI) techniques, exploring how traversing directories can reveal server files such as the index page and passwords.txt, highlighting how default credentials can be exposed.
Demonstrate remote file inclusion (RFI) vulnerabilities by loading external files, executing a shell, and showing how an attacker can gain server control, browse files, and access the database.
Discover how dom-based xss arises from unsanitized input altering the document object model and rendering content, and learn sanitization and protection strategies for untrusted data.
Demonstrates a dom xss demo by exploiting a vulnerable script function and variable to render injected content, such as hello world, and reveal a session id from the document.
Explore SQL injection bypass techniques and firewall evasion, examining how malicious inputs, encoding, case-insensitive tricks, and comments can bypass rules and reveal database details.
Explains how to bypass file type verifications in web app uploads by examining three upload implementations and showing how attackers can upload image files or malicious content.
Explore methods to bypass htaccess protection by manipulating uploads, evading checks, and leveraging hidden files and directory placement to defeat access controls.
Explore how file size and image validation mechanisms can be bypassed using manipulated images, revealing how embedded shellcode can trigger command execution and data access.
Explore how attackers bypass firewall rules and gain shell access using malicious code, revealing modsecurity bypass techniques and the risks to web application security.
Learn how attackers bypass web server antivirus by uploading seemingly benign files and hiding shellcode in session variables, evading detection and enabling remote access.
Demonstrate how attackers perform symlink attacks on web servers, creating symlinks to access root directories, bypass index protections, and potentially view passwords stored on the server.
Delve into Xenotix theory within the certified web application security tester course, focusing on core ideas essential to web application security testing.
Explore Xenotix practical workflow to identify and exploit cross-site scripting vulnerabilities, run automated payloads, fingerprint browsers, steal cookies, log keystrokes, and simulate phishing campaigns.
Explore ironswasp theory and how an open source tool scans web apps for 25 vulnerability types, including script injection, with automated and manual testing, and a proxy to intercept traffic.
Set up the ironwasp tool in a local lab, start Apache and the MySQL database. Configure the browser proxy, intercept requests and responses, and analyze headers and bodies.
Install and set up the vulnerability scanning and exploitation tool D2 Elliot, run the program, and verify the executable status.
Learn practical exploitation concepts for vulnerability scanners within the certified web application security tester program, focusing on setup, configuration, and evaluating scanner results.
Learn to set up anonymous browsing for web application testing with Tor, install and enable testing tools in a browser-like environment, and conduct penetration testing while managing privacy settings.
This course is aimed at corporate audience. we have lot of people asking us about our White Hat Hacker courses. Most of corporate audience who are in role of design, code, testing always wanted something which is specific on web apps development, coding and security testing for web apps. This course is taken from certified white hat hacker level 1, level 1 advanced, level 2, level 2 "Break the security" only for web developers, testers. All course material in four courses relating to web apps has been put together into this single course.
This course is all you need if you want to do