Complete Web Application Offensive Hacking Course:Pro Hacker

Learn how ethical hacking identifies vulnerabilities and exploits to strengthen security by reporting them before attackers act, and master recon, scanning, gaining access, maintaining access, and clearing tracks.

Explore how web servers and web applications process HTTP requests, deliver HTML, and how static vs dynamic pages interact with application servers and databases while noting OWASP risks and vulnerabilities.

Balance the information system triangle by trading off security, functionality, and usability to optimize the overall system.

Learn bug bounty hunting to report vulnerabilities for recognition and compensation. Develop skills in web technologies, languages, and security measures with hands-on practice on vulnerable apps.

Apply a bug bounty hunting methodology to map target scope, build a sitemap of assets, and perform recon to identify components and vulnerabilities, then craft payloads and exploit them.

Explore popular web vulnerability scanners like W3AF, WASP, and Burp Suite to detect web application vulnerabilities, identify the web application firewall, and test for parameter tampering and SQL injection.

Bug bounty platforms reward whitehat hackers for finding and reporting vulnerabilities, and enable program creation, management, and discussion to incentivize testing of web assets and products, including penetration testing.

Explains bug bounty remote code execution and rewards, while outlining how payloads bypass authentication and escalate privileges to achieve full server compromise.

Explore cyber threat intelligence frameworks and methodologies, including the cyber kill chain with seven phases and the Mitre Attack Framework. Apply these to strengthen defense and ethical hacker capabilities.

Learn how to build and use a cybersecurity knowledge graph to link vulnerabilities, threats, assets, locations, and evidence for efficient reasoning and risk mitigation.

Explore how dynamic file inclusion vulnerability arises from improper input validation and poorly written code, enabling access to local and remote files through local file inclusion and remote file inclusion.

Explore path traversal and local file inclusion vulnerabilities, showing how tampering url parameters can expose sensitive data, credentials, logs, and enable lateral movement on the server.

Explore remote file inclusion vulnerabilities in PHP-driven websites, where unvalidated URL parameters fetch and execute external files, enabling attack payloads and remote shells on the target server.

Examine the impact of file inclusion vulnerabilities, including reading sensitive data, running commands, and potential server compromise with denial of service risks from server or external files.

Explore local and remote file inclusion vulnerabilities through vulnerable web applications, demonstrate input validation bypass and exploitation techniques, including reverse shell concepts and security level testing.

Discover defenses against file inclusion vulnerabilities by avoiding dynamic inclusion, applying a whitelist for static inclusion, enforcing server-side input validation, and restricting privileges with isolated accounts and an application firewall.

Explore file upload vulnerability risks, how malicious files with dangerous extensions can compromise servers, and learn validation, filters, and defensive techniques to prevent these attacks.

Detect insecure file upload vulnerabilities by testing with a valid file and with a malicious file to observe app behavior and identify missing input validation on an Apache PHP setup.

Examine the impacts of file upload vulnerability, including dos attacks from oversized uploads, resource exhaustion, and potential server compromise via web shells and file overwrites; learn prevention measures.

Explore file upload vulnerability exploitation in vulnerable web apps, including web shells and reverse shells, and learn to prevent such attacks with Burp Suite.

Prevent file upload vulnerabilities by validating and sanitizing uploads, enforcing extension whitelists, limiting file name and size, storing files outside the webroot, and using antivirus, sandboxing, and a firewall.

Understand unauthenticated server-side forgery attacks that exploit trust between vulnerable and target servers. See how these attacks bypass firewalls, access internal services, and cover regular and blind variants across protocols.

Detect server side request forgery by validating URL inputs, performing manual code reviews, and testing every endpoint that processes user-provided URLs for data imports, web hooks, and proxy resources.

Explore how microservices create a large attack surface for SSRF, as API gateways may not guard inter-service traffic, enabling internal network discovery and new attack vectors.

Explore server side request forgery attack types, including url parameter injection to access internal resources and admin interfaces, host and port scans, cloud metadata access, api discovery, and blind ssrf.

Understand the impacts of SSRF attacks, including legal liabilities and reputational damage, unauthorized access to sensitive configurations, internal port scanning, exploit chaining, and remote code execution.

Demonstrate attack techniques on vulnerable web apps through exploitation, showing how a host can fetch resources from the internet and reveal remote payloads on Windows and Linux, with safety measures.

Defend against ssrf attacks by enforcing firewall policies, applying application controls, and using a white list of allowed hosts, with zero trust authentication. Disable unused url schemas.

Learn how server side template injection exploits template engines by abusing placeholders to execute arbitrary commands on the server, enabling attackers to inject malicious payloads when inputs are not validated.

Explore server side template injection vulnerabilities in sites with advanced customization, such as wikis and cms, and learn how attackers detect, identify engines, and exploit templates risking remote code execution.

Detect server side template injection vulnerabilities by fuzzing all fields with payloads and relevant special characters, then analyze errors to identify the template engine by programming language.

Demonstrates exploiting the server-side template injection (SDA) vulnerability across three vulnerable web apps to read sensitive files, achieve remote code execution, and take over the machine.

Sanitize user input before templates to reduce ssti risks, use sandboxed environments like docker, prevent users from modifying templates, keep frameworks current, and rely on automated tools to detect vulnerabilities.

Understand the database concept, its relation to web and application servers, and how SQL uses select, insert, update, and delete to manage data.

Demonstrate how sql injection enables unauthorized access to databases, allowing attackers to retrieve, modify, delete, or store data and potentially escalate to the backend infrastructure and servers.

Identify three SQL injection attack types: authentication bypass, error-based, and blind SQL injection, and learn how attackers exploit login flaws, error messages, and time delay techniques to reveal database information.

SQL injection attacks drive data leaks on the internet and dark web, exposing emails, usernames, passwords, and credit card info, while causing reputational damage, revenue loss, and long-term, undetected backdoors.

Learn practical sql injection techniques, including blind injections, to enumerate a vulnerable web app’s database, extract user data via information schema, and reveal usernames and password hashes.

Learn defensive techniques to prevent SQL injections through input validation, strict privileges, and secure hashing, while leveraging source code review, patches, and web application firewall tools.