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This skill provides a comprehensive guide to deploying a Software-Defined Perimeter (SDP) compliant with the CSA v2.0 specification. It details implementing core zero trust mechanisms, including Single Packet Authorization (SPA) and mutual TLS (mTLS), using a controller and gateway architecture. Use this when establishing invisible, identity-centric network access (dark cloud) to harden infrastructure, enforce strict zero trust policies, or meet advanced compliance requirements.

A comprehensive guide for advanced threat hunting, focusing on detecting DLL side-loading and search-order hijacking (MITRE T1574). It instructs users to analyze Sysmon Event ID 7 logs, validate file signatures and hashes, and identify path anomalies to uncover APT persistence mechanisms. Essential for incident response and proactive threat detection in enterprise environments.

A comprehensive guide for threat hunters and incident responders to detect WMI-based persistence mechanisms (MITRE T1546.003). It details the analysis of Sysmon Event IDs 19, 20, and 21, cross-referencing these events with root\subscription namespaces and using tools like Autoruns and SIEM analysis for robust detection.

A comprehensive guide detailing the systematic process of eradicating malware, backdoors, and attacker persistence mechanisms from compromised Windows and Linux systems. This workflow covers mapping persistence (Autoruns, registry, scheduled tasks), identifying artifacts (YARA, AV scans), removing threats, resetting credentials, and patching vulnerabilities to restore a clean state.

This skill details techniques for exploiting PHP's type juggling vulnerabilities, primarily caused by loose (==) comparison operators. It demonstrates how attackers can bypass authentication mechanisms, defeat magic hash function verifications, and manipulate application logic through controlled type coercion when testing web applications. Ideal for authorized security penetration testing.

A comprehensive guide and toolkit for extracting, parsing, and analyzing Windows Event Logs (EVTX). This method utilizes industry-leading tools like Chainsaw and Hayabusa, along with Sigma rules, to perform deep digital forensics. It is specifically designed to detect critical security indicators such as lateral movement, persistence mechanisms, privilege escalation, and unauthorized access attempts on Windows systems.

This skill provides a structured methodology for threat hunting DNS-based persistence mechanisms. It detects unauthorized changes such as DNS hijacking, dangling CNAME records enabling subdomain takeover, wildcard DNS abuse, or unauthorized NS delegation modifications. By utilizing passive DNS history (e.g., SecurityTrails API) and auditing cloud DNS logs (Route53, Azure, Cloudflare), users can identify persistent attack vectors that survive traditional remediation efforts.

This comprehensive guide outlines a structured methodology for threat hunting and incident response, focusing on identifying adversary persistence mechanisms across Windows endpoints. It covers critical areas such as Registry Run/RunOnce keys, services, scheduled tasks, WMI event subscriptions, and COM hijacking. Use this workflow to proactively detect unauthorized backdoors, strengthen detection rules, and assess overall security posture against MITRE ATT&CK techniques (T1547).

This method targets fileless and trigger-based persistence mechanisms on Windows hosts by monitoring WMI event subscriptions (MITRE T1546.003). It hunts for suspicious activity involving WMI Event Filters, Consumers, and Bindings, which are critical indicators during advanced threat hunting and incident response when standard persistence locations are clean.

This skill guides proactive security auditing and threat hunting for registry-based persistence artifacts (MITRE T1547) in Windows environments. It focuses on identifying mechanisms such as Run/RunOnce keys, Winlogon modifications, IFEO debugger injection, and COM hijacking to detect malware autostart techniques and scope compromises during incident response.

This guide details a threat hunting technique for detecting persistence mechanisms utilizing Windows Registry Run keys (T1547.001). By analyzing Sysmon Event ID 13 logs, it identifies suspicious auto-start entries pointing to temporary directories, encoded PowerShell commands, or abused LOLBins. Essential for SOC analysts and security engineers investigating incidents and developing robust detection rules.

This skill detects persistence mechanisms by monitoring Windows startup directories for suspicious file creation (T1547.001). It utilizes real-time file system monitoring via Python watchdog, cross-references Autoruns entries, and analyzes file metadata to identify implants that survive system reboots. Essential for threat hunting and validating security monitoring coverage.