white-space-analysis
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npx mdskill add yogsoth-ai/de-anthropocentric-research-engine/white-space-analysisIdentifies unprotected technology combinations by analyzing patent coverage gaps
- Solves the problem of finding innovation opportunities without IP infringement
- Uses patent databases, classification systems, and web search APIs
- Maps features into cross-matrices and identifies blank areas
- Delivers a prioritized list of white spaces for new filings
SKILL.md
.github/skills/white-space-analysisView on GitHub ↗
--- name: white-space-analysis description: Identify patent coverage gaps — feature cross-matrix blank areas revealing unprotected technology combinations. Budget: 150 patent families, 10 claim parses, 60 web searches. execution: strategy used-by: patent-mining --- # White Space Analysis Identifies gaps in patent coverage by constructing feature cross-matrices and finding blank areas where no patents exist. Reveals opportunities for new filings. ## Purpose Map the patent coverage landscape as a multi-dimensional feature matrix and identify unprotected technology combinations — areas where innovation is possible without infringing existing IP. ## Budget | Metric | Target | |--------|--------| | Patent families analyzed | 150 | | Claim parses | 10 | | Web searches completed | 60 | ## State Ledger | Metric | Target | Current | % | |--------|--------|---------|---| | Patent families analyzed | 150 | 0 | 0% | | Claim parses completed | 10 | 0 | 0% | | Web searches completed | 60 | 0 | 0% | | Feature dimensions defined | — | 0 | — | | White spaces identified | — | 0 | — | **HARD-GATE**: Cannot exit iteration loop until 80% of patent families (120) and web searches (48) budget met. ## Available Tactics | Tactic | When to Use | |--------|-------------| | patent-family-tracing | Fill coverage map by tracing families in each matrix cell | | classification-navigation | Define feature dimensions from IPC/CPC hierarchy | | claim-decomposition | Extract feature elements from key patents to define matrix axes | ## Available SOPs | SOP | Role in This Strategy | |-----|----------------------| | patent-query-formulation | Generate queries for each feature combination | | patent-categorization | Assign patents to matrix cells | | white-space-mapping | Construct cross-matrix and identify blanks | | claim-parsing | Extract features from key patents for axis definition | | trend-analysis | Identify which white spaces are trending toward filling | | saturation-detection | Confirm matrix coverage is complete | | patent-synthesis | Produce white space opportunity report | ## Execution Guidance 1. **Domain scoping** — Define the technology domain boundaries 2. **Feature extraction** — Use `claim-decomposition` on key patents to identify feature dimensions 3. **Matrix construction** — Define 2-3 feature axes using `white-space-mapping` 4. **Systematic search** — Query each matrix cell using `patent-query-formulation` 5. **Family tracing** — Use `patent-family-tracing` to ensure complete cell coverage 6. **Categorization** — Assign all patents to cells with `patent-categorization` 7. **Gap identification** — Identify empty and sparse cells 8. **Trend overlay** — Use `trend-analysis` to assess which gaps are closing 9. **Synthesis** — Produce opportunity report ranking white spaces by attractiveness ## Output Format ```markdown # White Space Analysis: [Technology Domain] ## Feature Dimensions [Axis definitions with rationale] ## Coverage Matrix [Cross-matrix with patent counts per cell, blanks highlighted] ## Identified White Spaces (ranked by opportunity) | Rank | Feature Combination | Adjacent Patents | Trend | Opportunity Score | |------|--------------------|--------------------|-------|-------------------| ## Opportunity Assessment [For each top white space: technical feasibility, market potential, filing risk] ## Recommendations [Prioritized list of filing opportunities] ```
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