Skill UI

A comprehensive methodology for advanced red teaming and adversary emulation. This skill details how to bypass modern Endpoint Detection and Response (EDR) solutions (e.g., Defender, CrowdStrike, SentinelOne). Techniques include unhooking ntdll, utilizing indirect syscalls (Hell's Gate), patching ETW providers, and AMSI context blinding. Essential for authorized penetration testing and self-developed implant development, aligning with MITRE ATT&CK T1562.

This skill provides expert capabilities for professional HTML development, emphasizing semantic markup, WCAG accessibility, and modern HTML5 standards. Use it to build structurally sound, accessible, and responsive web pages, incorporating complex forms, multimedia (SVG, Canvas), and adhering to industry best practices.

This skill guides a thorough, adversarial review of development plans across four key dimensions: Architecture, Code Quality, Testing, and Performance. It forces explicit consideration of trade-offs, risks, and user approval before any code is written, ensuring robust and well-engineered solutions for complex systems.

An interactive wizard designed to help developers identify the optimal architectural pattern (Agent, Command, Skill, Hook, or Rule) for a new automation or feature. By asking a series of guided questions regarding trigger, complexity, and scope, it diagnoses the best fit and generates a complete, ready-to-use template (scaffold) for immediate development.

A comprehensive, multi-phase security scanner designed to audit development environments (Claude Code setup). It checks MCP servers, installed skills, agents, and hooks against known threat databases, malicious patterns, and supply chain vulnerabilities. Key checks include CVE screening, prompt injection detection, and unauthorized network access patterns.

A comprehensive framework for assessing software supply chain security. It covers generating Software Bill of Materials (SBOM), performing Software Composition Analysis (SCA) on open-source dependencies, auditing CI/CD pipelines, and analyzing container images. This skill helps identify vulnerabilities, ensure build integrity, and verify component provenance across the entire development lifecycle.

This skill generates a comprehensive, structured catalogue of all key concepts found within a talk's summary and timeline. It categorizes each concept and scores its potential for presentation (HIGH/MEDIUM/LOW) to help users identify the strongest narrative angles. The output is designed to serve as a structured inventory, guiding the subsequent positioning and content development stages.

This skill performs a static, read-only audit of a finished .ppmplugin bundle. It acts as a crucial verification gate, ensuring the bundle is structurally sound and ready for runtime deployment. It checks archive layout, manifest schema integrity, DEX/iOS structure, and adherence to native contract rules. By identifying critical failures locally, it dramatically speeds up the development cycle and prevents difficult-to-discover runtime deployment errors.

A comprehensive guide to building responsive and navigable user interfaces (UIs) in Godot 4.x. Learn to utilize Control nodes, Anchors for adaptive layout, various Container nodes (VBox, HBox, Grid), and Theme resources for consistent styling. This skill covers anchoring, layout management, focus navigation for controllers/keyboards, and signal handling for HUDs, menus, and dialog boxes.

This skill guides users through a structured, Socratic interview process to transform vague, high-level operational ideas into actionable, clear specifications. It incorporates advanced capabilities like lateral thinking review, ambiguity tracking, and iterative refinement, ensuring that all constraints and decisions are explicitly documented before development can begin.

This skill provides a controlled and safe mechanism for managing the qualified Nasiko Command Line Interface (CLI). It facilitates read-only status checks, pinned installation, and qualified uninstallation. By enforcing explicit user consent and operating within defined safety contracts, it ensures a reliable and predictable development environment without directly operating the core control plane.

This skill guides the advanced process of reverse engineering vulnerabilities from vendor-released security patches (N-day). By performing binary diffing between patched and unpatched binaries, users can pinpoint specific code changes (e.g., new boundary checks, locks) to infer the original vulnerability class (e.g., OOB, Race Condition) and develop a working Proof of Concept (PoC) for weaponization.