slfg

Coordinates multiple agents in swarm mode to plan, execute, review, and finalize software changes.

Updated Apr 16, 2026
One-click install
npx skills add https://github.com/vib795/copilot-anatomy --skill slfg-vib795
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: slfg
Source: https://github.com/vib795/copilot-anatomy/tree/main/.github/skills/slfg
Command: npx skills add https://github.com/vib795/copilot-anatomy --skill slfg-vib795

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill automates end-to-end swarm-based engineering workflows, coordinating multiple agents to plan, execute, review, and finalize changes in a single run.

Core Features & Use Cases

  • Autonomous swarm orchestration: coordinates a team of subagents to implement a plan across a codebase.
  • Sequential-to-parallel lifecycle: orchestrates steps in sequence and then runs steps in parallel using swarm mode (planning, work execution, review, and verification).
  • Learning and autofix integration: observes modified files, extracts patterns, and emits actionable todos for further refinement.
  • Use Case: in a large monorepo, launch a parallel swarm to generate a plan, execute it, review results, and close the loop with a final report.

Quick Start

Start by loading the slfg skill in your Copilot environment and run step 1 to initialize swarm-enabled planning.

Frequently Asked Questions about slfg

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

FAQPage Schema
How do I automate end-to-end engineering workflows with a coordinated agent swarm?▼

Swarm-based engineering automation coordinates multiple agents for parallel execution of planning, reviewing, testing, and remediation tasks. It orchestrates a sequential-to-parallel lifecycle to implement a plan across a codebase in a single run.

How does swarm orchestration handle the transition from planning to parallel code execution?▼

Swarm orchestration executes lifecycle steps in sequence for initial plan creation, then transitions into parallel swarm mode for work execution, review, and verification. This ensures deterministic, multi-step coordination across multiple agents before finalization.

Can I use multi-agent orchestration to manage testing and remediation in a large monorepo?▼

Yes, swarm orchestration is designed for large monorepos. It launches a parallel swarm to generate a plan, execute changes, review results, and close the loop with a final report, handling both read-only and mutation phases.

What is the best way to coordinate multiple agents for plan creation and code review?▼

The best way is using a deterministic, multi-step orchestration lifecycle. It coordinates subagents to sequentially create a plan, then runs parallel execution for code review and verification, followed by a learn phase to extract patterns.

Does swarm-based workflow automation generate follow-up tasks after code modifications?▼

Yes, the learn and finalize phases observe modified files and extract patterns from the execution. The automation then emits actionable todos for further refinement and closes the loop with a comprehensive final report.

When should I use parallel swarm orchestration instead of a single-agent workflow?▼

Use parallel swarm orchestration for software projects requiring coordinated execution of planning, reviewing, testing, and remediation across multiple agents. It is necessary when deterministic, multi-step lifecycle management and autofix integration are required.