ddunnock-claude-plugins

Deep test, analyze, and audit Claude skills with API tracing, script I/O capture, and security/code review agents.

Semantic search over systems engineering standards (IEEE, INCOSE, ISO) with RAG capabilities for grounding specifications in engineering knowledge.

INCOSE-compliant requirements development with hybrid quality checking (16 deterministic + 9 semantic GtWR v4 rules), verification planning, bidirectional traceability, gap analysis against concept architecture, assumption lifecycle management (GtWR §5.3), cross-cutting notes registry, need/requirement split workflow, ConOps scenario mining, provenance scoring, and ReqIF export. 5 agents, 16 scripts, 10 commands.

Walk through the NASA Phase A concept development lifecycle: ideation, problem definition, black-box architecture, drill-down with gap analysis, and document generation. 7 agents, 6 scripts (source/assumption tracking, crawl4ai web research), 9 commands, hooks for auto-state updates, and tiered research tool detection.

Automatically generate Claude plugins from user prompts. Supports plugin creation, documentation, and testing.

Orchestrate complete 8D investigations with integrated tool selection and domain-specific team formation guidance. Use for RCCA, root cause analysis, corrective action, failure investigation, nonconformance analysis, quality problems, or customer complaints.

Guide RCCA/8D problem definition using 5W2H and IS/IS NOT analysis. Transforms failure data into precise, measurable problem statements without embedded cause or solution.

Conduct rigorous 5 Whys root cause analysis with guided questioning, quality scoring, and professional report generation. Includes validation tests and countermeasure development.

Create Fishbone (Ishikawa/Cause-and-Effect) diagrams for structured root cause brainstorming with 6Ms, 8Ps, 4Ss, or custom categories. Generates SVG diagrams and HTML reports.

Conduct Pareto Analysis (80/20 Rule) to identify vital few causes driving majority of problems. Generates Pareto charts and prioritization reports.

Conduct Kepner-Tregoe (KT) PSDM analysis using Situation Appraisal, Problem Analysis (IS/IS NOT), Decision Analysis (MUSTS/WANTS), and Potential Problem Analysis.

Conduct Fault Tree Analysis (FTA) for system failure analysis using Boolean logic gates. Identifies minimal cut sets, single points of failure, and failure probabilities.

Conduct FMEA for systematic failure mode identification using AIAG-VDA 7-step methodology. Supports DFMEA, PFMEA, and FMEA-MSR with Action Priority risk assessment.

Transform documentation using the Diátaxis framework

Research and opportunity investigation for protocols

Systematic analysis and refinement of specifications with SEAMS framework, sequential clarification questioning, and 9-phase workflow

Specification and task management with PLANS taxonomy, ADR-style decisions, SMART acceptance criteria, SEAMS clarification, anti-pattern detection (50 patterns), 4-level verification (stub detection + wiring checks), execution orchestration (deviation rules, checkpoint taxonomy, auth gates, session continuity), tech-specific designer agents, git checkpoints, and session-memory hooks. Outputs to speckit/ directory.

Handle streaming output patterns

Systematic trade study using DAU 9-Step Process

Persistent session memory with searchable storage and checkpoints