rd-direction-finder

To generate R&D directions from a technical problem statement, decompose the project description into demand drivers and bottlenecks, then map those technical challenges to multiple researchable directions. This process yields structured Markdown and HTML reports with evidence-backed summaries.

Technology scouting identifies new technical solutions by breaking down an engineering problem into demand drivers, bottlenecks, and solution ideas. This problem decomposition maps distinct technical challenges to multiple research directions for project planning.

Structure a literature review and patent search by synthesizing web, paper, and patent evidence into structured Markdown and HTML reports. This approach identifies researchable challenges and generates deterministic summaries with references for engineering scenarios.

Yes, you can use patent, paper, and web-based evidence collection to support structured report generation for technology scouting. This evidence-grounded reporting formats findings into Markdown and HTML outputs with deterministic summaries and references.

Yes, the generated research directions report includes deterministic summaries and references. The output provides appendix-ready Markdown and HTML formats that synthesize patent, paper, and web evidence for engineering and project planning scenarios.

The best way to analyze a vague engineering problem is to decompose the statement into demand drivers, bottlenecks, and solution ideas. This maps distinct technical challenges to evidence-backed research directions, moving from a vague need to actionable R&D paths.