Decompose goals into dependency-aware phase plans with execution waves.
npx skills add https://github.com/getdatasurge/fresh-staged --skill gsd-planner
Please help me install this Agent Skill. Skill: GSD Planner Source: https://github.com/getdatasurge/fresh-staged/tree/main/.agent/skills/planner Command: npx skills add https://github.com/getdatasurge/fresh-staged --skill gsd-planner
Creates executable phase plans by decomposing goals into task-level steps with dependency-aware sequencing and verification.
Provide a phase objective and context; the planner will generate execution-ready 2-3 task plans.
High-intent search queries and answers about installing and using this skill.
Task decomposition for solo developers works by breaking phase objectives into 2-3 task steps with dependency graphs and wave-based execution. It derives must-haves using goal-backward methodology to produce structured plan files.
Wave-based execution in AI planning assigns tasks to execution waves based on dependency graphs, grouping independent tasks for parallel optimization. It ensures dependent tasks execute only after prerequisites complete.
Create dependency-aware phase plans for gap closure by providing a phase objective and context. The planner handles gap closure mode by deriving must-haves through goal-backward methodology and returning structured plan files.
Automated task decomposition suits solo developers and AI builders planning product features and roadmaps. It requires no external dependencies and returns execution-ready 2-3 task plans with dependency graphs for orchestration.
Dependency graph planning works without external libraries since the Skill has zero dependencies. It generates plan files and wave structures through internal reasoning, requiring only a phase objective and context as input.
atholaGenerate phased, dependency-ordered implementation tasks from specifications and plans.
jpoutrinExecute multiple Claude Code agents in parallel with wave dependencies and git worktrees.
dobrinz123Execute project phase plans in parallel waves with isolated subagents.
hffmnnjDecompose complex tasks into structured waves with dependencies and acceptance criteria.
