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A comprehensive guide covering advanced offensive techniques for AWS cloud environments. Techniques include detailed IAM enumeration, privilege escalation paths, SSRF exploitation targeting metadata endpoints (IMDSv1/v2), S3 bucket exploitation, and Lambda function code extraction. Essential for security professionals and red team operations conducting authorized cloud vulnerability assessments.

Guides analysts through automated SQL injection discovery and exploitation with SQLMap, covering enumeration, table/column mapping, data dumping, and advanced targeting across MySQL, PostgreSQL, MSSQL, Oracle, and other databases during authorized penetration tests.

Systematic Windows privilege escalation guide covering enumeration, credential harvesting, service abuse, token impersonation, kernel exploits and configuration flaws to elevate from standard user to Administrator/SYSTEM during pentests.

This comprehensive guide details the professional process of detecting and exploiting SQL injection vulnerabilities using the powerful sqlmap tool. It covers the entire workflow, from initial vulnerability identification and basic scanning to database enumeration, data dumping, advanced exploitation (like file reading and OS command execution), and WAF bypass techniques, ensuring thorough penetration testing reporting.

This comprehensive guide details the methodology for Active Directory (AD) penetration testing. It covers deep domain enumeration, utilizing tools like BloodHound and Impacket, and executing advanced attacks such as Kerberoasting, AS-REP Roasting, and privilege escalation via delegation abuse. Use this when conducting authorized security assessments to discover and exploit misconfigurations to achieve domain compromise.

Provides step-by-step techniques for assessing AWS security, covering IAM enumeration, privilege escalation, SSRF metadata attacks, S3/Lambda exploitation, and red-team persistence workflows with recommended tools and commands.

Walks through systematic Linux privilege escalation, covering enumeration, automation with linpeas/linenum, kernel exploit hunting, sudo/SUID abuse, and exploitation of cron, LD_PRELOAD, and GTFOBins for gaining root access.

This skill helps developers accurately find and explore the correct Windows API for specific platform capabilities, such as file access, camera usage, notifications, or UI controls. It searches a comprehensive local cache of WinMD metadata, providing full technical details including methods, properties, events, and enumeration values for APIs sourced from the Windows Platform SDK and WinAppSDK. It is indispensable when building complex features requiring deep integration with the Windows operating system.

Covers Bluetooth Low Energy attack workflows, including GATT enumeration, unauthenticated characteristic access, pairing downgrade checks, MITM during pairing, sniffing, and companion app reverse engineering for IoT and consumer BLE devices.

A comprehensive playbook for identifying authentication vulnerabilities in web applications. Covers advanced topics including SQL injection login bypass, predictable password reset tokens, account enumeration techniques, multi-factor authentication bypass, and brute-force resistance checks. Essential for penetration testers assessing login mechanisms and session management.

A deep-dive playbook covering expert techniques for Path Traversal and Local File Inclusion (LFI). It details multiple bypass methods (encoding, null bytes, wrappers), target file enumeration on Linux and Windows, and advanced Remote Code Execution (RCE) escalation paths, such as log poisoning via PHP wrappers.

This skill provides advanced threat hunting queries for Microsoft Sentinel/Log Analytics. It detects the behavioral and string fingerprints left by popular offensive Entra ID enumeration tools (like ROADtools, AADInternals, and AzureHound) within both MicrosoftGraphActivityLogs and AADGraphActivityLogs. Use this when investigating suspicious Graph API activity, identifying internal reconnaissance, or building detection rules to surface active intrusions.