What problem does it solve?
Algorithm-first research quests often drift into unfocused tinkering or premature paper writing. This Skill imposes a disciplined optimization control layer that turns loose ideas into ranked candidate briefs, promotes only the strongest directions into durable lines, and routes every measured result toward explore, exploit, fusion, debug, or stop decisions.
Core Features & Use Cases
- Candidate Brief Management: Shapes fuzzy directions into structured candidate briefs with bottleneck, mechanism, expected gain, and risk fields before any branch is created.
- Frontier-Driven Routing: Recovers the optimization frontier via artifact and memory calls, then selects exactly one dominant next action per pass across six internal submodes (brief, rank, seed, loop, fusion, debug).
- Durable Record Keeping: Maintains OPTIMIZE_CHECKLIST.md and CANDIDATE_BOARD.md as quest-visible control surfaces, and records every candidate, result, and route decision through artifact and memory APIs.
- Use Case: A researcher optimizing a model training pipeline uses this Skill to rank three candidate mechanisms, promote the strongest into a durable line with its own worktree, run bounded smoke checks, and record a fusion route when two lines show complementary strengths.
Quick Start
Ask the assistant to enter the optimize stage for the current algorithm-first quest and rank the existing candidate briefs against the current optimization frontier.