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tachi-orchestrationlisted

Domain knowledge for the tachi orchestrator agent: input format detection, DFD classification, trust boundary notation, STRIDE-per-Element dispatch rules, coverage requirements per component type, coverage matrix model, SARIF 2.1.0 generation specification, output schema tables for threats.md, baseline correlation, structural validation checklist, and error handling templates. Loaded on-demand by the orchestrator during specific pipeline phases.
davidmatousek/tachi · ★ 75 · AI & Automation · score 82
Install: claude install-skill davidmatousek/tachi
# Tachi Orchestration Skill Domain knowledge extracted from the tachi orchestrator agent to support the OWASP four-step threat modeling pipeline. This skill provides reference material that the orchestrator loads on-demand at specific workflow phases, keeping the agent definition focused on orchestration logic. ## Domain Coverage This skill contains six categories of domain knowledge: 1. **Format Detection** -- Input format recognition patterns for ASCII, Free-text, Mermaid, PlantUML, and C4 architecture descriptions with priority ordering and heuristic matching rules. 2. **DFD Classification** -- DFD element type classification signals for External Entity, Process, Data Store, and Data Flow with ambiguous-classification defaults and format-specific extraction guidance. 3. **Trust Boundaries** -- Format-specific boundary notation for Mermaid subgraph, ASCII dashes, PlantUML boundary, C4 boundaries, and Free-text prose markers. 4. **Dispatch Rules** -- STRIDE-per-Element normalization table mapping DFD element types to applicable threat categories, AI keyword dispatch rules with keyword-to-category mappings and matching semantics, dispatch table format specification, and the five correlation rules with detection algorithm and group assembly instructions. 5. **Coverage Requirements & Matrix** -- Required STRIDE+AI categories per component type (external-entity, process, data-store, data-flow, llm-process, mcp-server), category-to-agent mapping for targeted re-analysis,