Skill UI

Sliver is an open-source, cross-platform Command and Control (C2) framework used for adversary emulation in authorized red-team engagements. This skill guides users through deploying the C2 server, establishing multi-protocol listeners (mTLS, DNS, HTTPS), generating cross-platform implants, and executing advanced post-exploitation techniques, including pivoting and in-memory execution via the Armory.

A comprehensive skill for generating keyword-driven automated test scripts using Robot Framework. It supports front-end UI testing via SeleniumLibrary, robust API integration using RequestsLibrary, and complex custom keywords. Ideal for building end-to-end and functional test suites.

A comprehensive presentation template designed for educational workshops and training sessions. It features a warm paper aesthetic, persistent learning objectives on the left sidebar, core content slides, interactive Multiple Choice Question (MCQ) self-assessment pages, and module wrap-ups, ensuring a structured and engaging learning experience.

A specialized presentation deck template designed for internal engineering talks, technical conferences, and deep-dive knowledge sharing. It features a professional GitHub-dark theme, JetBrains Mono coding font, and a structured layout including Cover, Agenda, main content slides (with code blocks), demo slides (terminal screenshots), and Q&A sections.

This skill provides a rigorous, structured method for inspecting animated 3D characters, rigs, and motion retargeting in Blender. It moves beyond visual evidence (screenshots) by extracting and comparing structured data points such as bone transformations, bounding box changes, ground contacts, and axis conventions. Ideal for diagnosing subtle animation flaws like foot sliding, ground penetration, or incorrect orientation that are invisible in still images.

A comprehensive guide detailing security patterns and audit checklists for Automated Market Maker (AMM) smart contracts in DeFi. Covers critical vulnerabilities such as flash loans, slippage, reentrancy attacks, price manipulation, and integer overflow/underflow. Essential for reviewing major DeFi protocols like Uniswap.

A powerful tool for creating professional, animation-rich, and zero-dependency HTML presentations. It supports generating pitch decks, workshop materials, or internal talks from scratch, or converting existing .ppt/.pptx files. The system ensures mandatory viewport fitting, responsiveness across all devices, and includes advanced features like keyboard/touch navigation and reveal animations, resulting in production-quality, modern web presentations.

This tool orchestrates the process of bootstrapping a Minimum Viable Product (MVP) directly from a design specification (SDD or PRD). It ingests the document, plans thin vertical slices, scaffolds the initial end-to-end slice, and guides the TDD implementation, review, and staged commit process, turning theoretical specs into a functional starting point.

This skill reports the overall integration and configuration status of the AGNTCY ecosystem, covering several critical areas. It verifies package availability (TS/Rust), determines the active communication transport (local or SLIM), checks the CASA enforcement state, and reports on IOC coordination and identity observability features. Use when troubleshooting or confirming system setup.

Compiles an iOS Objective-C/Swift module into a flat device-slice .framework for a .ppmplugin bundle. Mac-only Xcode build, references React-Core headers only and never embeds React or uses CocoaPods. Leaves canonical ios/ sources untouched. Run after manifest generation and before plugin assembly.

A comprehensive guide and pattern implementation for creating responsive 2D character controllers in Godot 4.7 using CharacterBody2D. Covers platformer physics (gravity, jumping, slope handling) and top-down 8-direction movement, ensuring correct implementation of move_and_slide() in the physics process.

This methodology guides the development of new features, product slices, or integrations while mitigating the risk of overbuilding. It mandates an architecture-first approach, requiring the definition of clear acceptance criteria and explicit non-goals. The process focuses on delivering a coherent end-to-end path across responsible system layers, omitting unnecessary configuration, polish, or complexity, and halting immediately upon successful acceptance testing.