Orche: Multi-Phase Orchestration Engine for Openclaw

Orche is a robust multi-agent orchestration framework that systematically executes complex tasks through a rigorous Query-Plan-Execute-Verify lifecycle.

reikys
v1.0.1
Mar 26, 2026
0
727
0

Install & Download

1. ClawHub CLI

The fastest way to install a skill directly from the registry.

npx clawhub@latest install orche

2. Manual Installation

Copy the skill folder to one of these locations

Global
~/.openclaw/skills/
Workspace
<project>/skills/

Priority: Workspace > Local > Bundled

3. Prompt Installation

Copy this prompt to OpenClaw to install it automatically.

Help me install orche using Clawhub. If Clawhub is not installed, install it first (npm i -g clawhub).

Prefer to download?

Get the raw skill files in a ZIP archive.

What is Orche: Multi-Phase Orchestration Engine?

Orche is a sophisticated orchestration engine designed for the Openclaw Skills ecosystem to solve common AI agent pitfalls like hallucinations, linear progression failures, and cost explosions. By utilizing a panel of specialized sub-agents—including Domain Experts, Advocates, and Critics—Orche ensures that every project is thoroughly planned and debated before a single line of execution begins.

The skill operates on a 4-phase architecture (Query, Plan, Execute, Verify) with strict phase gates. This ensures that the AI agent remains grounded in reality, following a 14-item hallucination checklist and maintaining state persistence even if the main session is disconnected. It is the ideal solution for developers needing high-reliability deliverables in research, analysis, or complex code refactoring.

Orche: Multi-Phase Orchestration Engine Use Cases

  • Comprehensive market analysis reports requiring cross-verified data sources.
  • Complex software refactoring where dependency analysis and test coverage are critical.
  • Technical documentation translation and terminology unification across multiple languages.
  • Strategic competitor analysis requiring feature matrices and pricing strategy evaluations.

How Orche: Multi-Phase Orchestration Engine Works

  1. Phase 0 (Query): The engine clarifies user requirements through 3-10 targeted questions to eliminate ambiguity.
  2. Phase 1 (Plan): A debate panel (Expert, Advocate, Critic) drafts and refines a project plan until a moderator builds consensus.
  3. Phase 2 (Execute): The plan is split into independent tasks and executed by parallel sub-agents with dependency-based scheduling.
  4. Phase 3 (Verify): A verification team conducts a 14-item hallucination check and regressively triggers re-execution if quality gates are not met.

Orche: Multi-Phase Orchestration Engine Setup

To install Orche within your Openclaw Skills environment, clone or copy the skill file into your local skills directory:

# Create the skill directory
mkdir -p ~/.agents/skills/orche

# Copy the SKILL.md file
cp SKILL.md ~/.agents/skills/orche/SKILL.md

You can then trigger the engine using the /orche command followed by your task description.

Orche: Multi-Phase Orchestration Engine Data Schema & Taxonomy

Orche manages data in a structured workspace directory named orche-<taskId>. It utilizes a state file for recovery and organizes deliverables by phase:

File/Directory Description
orche-state.json The primary state machine tracking phase, budget, and task status.
requirements.md Finalized output from Phase 0 defining project scope.
final-plan.md The debated and approved execution roadmap from Phase 1.
tasks/ Contains sub-directories for each execution task and its respective outputs.
verification/ Stores accuracy, completeness, and hallucination reports.

Orche: Multi-Phase Orchestration Engine Advanced Features

  • Integrated 14-item hallucination checklist covering factual, consistency, and pattern-based errors.
  • Automated Phase 3 to Phase 2 regression (up to 3 retries) for failed quality checks.
  • Dynamic model selection (e.g., Claude Opus for complex reasoning, Haiku for simple execution) to optimize costs.
  • Watchdog integration for monitoring agent hangs, deadlocks, and token budget thresholds.
  • Session recovery protocol allowing users to resume interrupted tasks via the /orche resume command.

SKILL.md


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