autorun

Orchestrate task queues autonomously with parallel dispatch and milestone smoke tests.

1|1|Updated Apr 20, 2026
One-click install
npx skills add https://github.com/ezagent42/prd2impl --skill autorun
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: autorun
Source: https://github.com/ezagent42/prd2impl/tree/main/skills/skill-13-autorun
Command: npx skills add https://github.com/ezagent42/prd2impl --skill autorun

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Orchestrates the entire task queue in autonomous mode, removing manual bottlenecks and enabling hands-off execution of complex pipelines.

Core Features & Use Cases

  • Autonomous end-to-end task orchestration that selects task order, determines parallelism, and auto-approves decisions at STOP points to drive completion.
  • Milestone-aware execution with built-in safety checks, retry policies, and non-blocking fallbacks to keep workflows moving.
  • Works across Green/Yellow/Red task sets, adapting to project policies and delivery timelines.

Quick Start

Tell it to run in autopilot across all Green tasks in the current milestone.

Frequently Asked Questions about autorun

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I automate task queue orchestration for parallel dispatch?

Autonomous task scheduling removes manual bottlenecks by applying a plan-building loop that handles parallel group dispatch and auto-approves STOP decisions to drive completion.

What is milestone-driven execution in a dev-loop pipeline?

Milestone-driven execution applies safety guards like smoke tests and checkpointed progress to your task sets, ensuring workflows keep moving with non-blocking fallbacks and retry policies.

How do I run autopilot task scheduling across Green, Yellow, and Red task sets?

Autopilot task scheduling across Green, Yellow, and Red task sets adapts to your project policies and delivery timelines while autonomously selecting task order and determining parallelism.

Can I auto-approve STOP points during fully autonomous task dispatch?

Auto-approving STOP points during fully autonomous task dispatch enables hands-off execution of complex pipelines by allowing the orchestration loop to determine parallelism and select task order automatically.

How are failures handled during non-blocking milestone execution?

Failures during non-blocking milestone execution are managed with per-group checkpointed progress, safety guards, and fallback policies that keep workflows moving instead of halting the entire task queue.

What's the best way to remove manual bottlenecks in complex task pipelines?

Removing manual bottlenecks in complex task pipelines is best handled by fully autonomous end-to-end orchestration that auto-approves decisions and schedules parallel dispatch across milestone task sets.