Skill UI

This skill provides a CLI-based workflow for Android APK reverse engineering. It covers APK unpacking, Java decompilation, smali modification, repackaging, Frida dynamic hooking, and optional native .so analysis. It leverages local tools such as jadx, apktool, frida, adb, ida-reverse, and radare2. Useful for analyzing login, signature, security, root detection, or certificate verification logic in Android apps, always in an authorized context.

Analyzes code changes to identify concrete defects such as bugs, logic errors, and edge-case failures. A practical assistant for development teams verifying pull requests and code revisions.

Master Godot 4.7 physics bodies like RigidBody, StaticBody, Area, and CharacterBody for 2D and 3D projects. Learn to configure collision layers and masks, detect overlaps using Area signals, apply forces to rigid bodies, and cast rays for line-of-sight checks. Essential for game development involving physics interactions and collision detection in Godot projects.

This skill provides an engine-neutral, high-level architecture for abstracting raw physical inputs (keys, buttons, touch) into named gameplay actions. It supports advanced features like multi-device binding, conflict detection, analog deadzones, input buffering, and coyote time, ensuring flexible and accessible control schemes for modern games.

This guide provides comprehensive, battle-tested techniques for expanding access across a compromised network. It covers credential-based movement (Pass-the-Hash, Pass-the-Ticket), NTLM relay attacks, and remote execution protocols (WMI, WinRM). Used exclusively in authorized red team engagements and penetration testing, it details command sequences and OPSEC considerations required to reach high-value targets while minimizing detection.

A comprehensive methodology covering advanced offensive techniques targeting the software supply chain. This includes exploiting dependency confusion across npm, PyPI, and NuGet, executing build system hooks, tampering with CI/CD pipelines, and compromising container images. It provides detailed PoC patterns and detection guidance for red team operations.

This guide details how to implement physics simulation using Phaser 4's lightweight Arcade Physics engine. It enables features like top-down movement, gravity control, and collision detection (colliders) for building platformers and arcade-style games. It is essential for any game requiring dynamic movement or interaction between sprites and world boundaries.

A comprehensive guide to tuning game physics parameters, including mass, gravity, drag, and continuous collision detection (CCD). It addresses common stability issues like jitter and tunneling by correctly separating the fixed-timestep simulation (physics updates) from the variable-rate rendering (visual updates) using interpolation. Essential for creating predictable and responsive game motion across various hardware.

Provides a comprehensive setup for Playwright End-to-End (E2E) testing. This skill automatically analyzes your project structure (framework detection, TypeScript/JavaScript) and generates all necessary files: the core playwright.config.ts, standardized folder structure, initial test examples, and full CI/CD workflows (GitHub Actions/GitLab). It ensures your testing environment is production-ready, supporting modern frameworks like Next.js, React, Vue, and Angular.

Guided onboarding wizard for Ouroboros that converts users into power users. Handles runtime configuration, environment detection, Python 3.12 setup, GitHub star prompts, and multi-backend support (Claude Code, Codex, Copilot).

A robust, shell-free utility designed to launch executables and their arguments into a visible host terminal window. It supports multiple advanced modes including dry-run inspection, capability detection, detached fallback, and standalone recovery. Ideal for applications needing to securely execute interactive CLIs, SSH sessions, or local development processes in a reliable, non-interpolated manner.

Implement Roblox physical simulation and queries with assemblies, anchoring, constraints, collision groups, raycasts, overlap queries, impulses, forces, network ownership, and physics cleanup for collisions, hit detection, projectiles, vehicles, and knockback.