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parallel-orchestratelisted

Decompose a large, multi-part goal into independent slices and run them as parallel Cursor subagents via the Task tool (Multitask Mode), then merge their structured handoffs into one deliverable. Use for big research, analysis, audit, or codebase/data-exploration jobs where a single linear pass would be slow — e.g. "analyze all my messages and find patterns", "research stacks A, B, and C and build a roadmap", "audit this whole repo". The orchestrator plans and synthesizes; isolated workers do the parallel heavy lifting. Read also when the user asks to fan out, parallelize, spin up multiple agents, or orchestrate subagents.
RayFernando1337/rayfernando-skills · ★ 24 · Testing & QA · score 81
Install: claude install-skill RayFernando1337/rayfernando-skills
# Parallel Orchestrate (local subagents) Run an orchestrator-worker pattern inside one local Cursor session. You are the **orchestrator**: you discover, decompose the goal into independent slices, fan them out to parallel **workers** (the `Task` tool, run in the background = "Multitask Mode"), read each worker's structured **handoff**, and synthesize one deliverable. Workers are isolated and return exactly one handoff. This is the local, zero-setup adaptation of the Cursor team's `orchestrate` plugin (which spawns *cloud* agents over the Cursor SDK). Same principles — planners plan, workers hand off up, no cross-talk — without any of that cloud setup. For heavyweight cloud fan-out, see "Escalating" below. ## When to use - A large goal that splits into **independent** slices (research areas, data chunks, files/modules, audit dimensions). - The work is mostly **read / research / analysis** — the safest thing to parallelize locally (see "Parallel writes" for why). - A single linear pass would be slow and you want real speedup from concurrency. ## When to skip - Small or linear tasks (just do them — fan-out overhead isn't worth it). - Work needing tight back-and-forth or shared mutable state between steps. - Parallel **edits to the same files** — local workers share one filesystem. ## Core principles Adapted from `orchestrate`. These keep the run converging without coordination. 1. **Orchestrator plans and synthesizes; it does not do the heavy lifting.** Discoveri