Skill UI

An advanced, automated pipeline designed for comprehensive, deep-dive Open Source Intelligence (OSINT) gathering and reconnaissance against authorized domains. It executes the full methodology—from passive data harvesting and subdomain discovery to multi-agent content fan-out, vulnerability identification (BOLA/IDOR), and automated findings generation. The output is a single, consolidated, multi-tab deliverable (XLSX), eliminating the need for manual follow-up or superficial reporting.

Full reference guide for Ouroboros commands, skills, agents, and workflows. Covers Socratic interviews, seed generation, evaluation, evolutionary loops, and troubleshooting for power users.

This powerful diagnostic skill monitors the operational status of long-running, complex sessions. It not only queries whether the session is active, completed, or failed, but also performs crucial 'goal drift' measurement. This measurement quantifies the deviation between the current execution output and the original defined seed goal. Based on the calculated drift score, it provides actionable status reports and suggests necessary course corrections, ensuring the project remains aligned with its core objectives.

A read-only skill designed to connect with Microsoft Outlook (Office 365/Exchange) via OAuth2. It allows users to read, search for, and download emails and their attachments (such as NDAs, contracts, or documents). Ideal for automating workflows that require accessing email content, performing keyword searches, or chaining email data into other specialized skills for review and analysis.

This tool diagnoses and fixes the OpenViking memory plugin on your machine. It verifies plugin installation, client configuration, and server connectivity to resolve issues like empty recalls, connection errors, or failed MCP tools. It generates detailed reports with actionable fixes for common memory plugin failures.

This skill analyzes local Q&A session JSONL files to produce a complete, auditable weekly report in Markdown format. It supports generating routine weekly summaries, comparing performance across consecutive time windows, and identifying key trends and risks. The output is a single, self-contained Markdown file designed to provide sufficient aggregates and structure for downstream documentation rendering (e.g., Feishu or whiteboards), without needing external data sources or APIs.

A deterministic gate used to validate the integrity of citations within academic papers. It compares a required integer citation count against the machine-readable summary map. The gate blocks the process if the number of distinct cited keys falls below the target, or if any citation entry is flagged as invalid or weak, ensuring high quality and compliance.

This tool is a deterministic formatter for generating the final delivery summary for academic papers (meta-paper-write). It accepts JSON inputs including paper contracts, compiled PDFs, and citation maps. It strictly reports only verified fields and consistent citation statistics, ensuring the output is machine-readable and never relies on LLM inference or prose counting.

This deterministic sanitizer prepares LaTeX manuscripts for publication gates. It performs three key repairs: normalizing complex punctuation to ASCII safe equivalents, replacing unconfirmed forecast magnitudes with 'TBD' placeholders, and removing redundant figure/table placeholder commands. It ensures the manuscript is structurally sound and ready for final quality review.

This internal gate performs a deterministic, early check on the readiness of source materials for meta-paper writing. It runs after source curation and before expensive section generation, verifying that the curated, verifiable bibliography meets the required numeric citation target and structural criteria. This prevents costly generation attempts if the source coverage is insufficient or invalid.

A comprehensive toolkit designed for reading, reviewing, and programmatically creating high-fidelity PDF documents. It supports content extraction from existing PDFs, generating professionally formatted reports, and validating visual quality through rendering to PNG images. Ideal for tasks requiring precise typography, layout integrity, and polished final deliverables.

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.