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slfg

Orchestrate parallel swarm agents for autonomous engineering workflows.

25|15|Updated Aug 2, 2021
Search Tags:#automation#planning#orchestration#swarm#risk-management#parallel-execution#engineering-workflow
One-click install
npx skills add https://github.com/JesusFilm/core --skill slfg-jesusfilm
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: slfg
Source: https://github.com/JesusFilm/core/tree/main/.claude/skills/slfg
Command: npx skills add https://github.com/JesusFilm/core --skill slfg-jesusfilm

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Swarm-enabled autonomous planning and execution reduces manual orchestration for complex engineering projects by coordinating multiple agents to work in parallel.

Core Features & Use Cases

  • Orchestrates multi-phase plans using swarm subagents for parallel work
  • Dynamically deepens plans when risks or gaps are detected
  • Use Case: Large-scale engineering tasks where tasks can be decomposed into independent subtasks to be executed concurrently.

Quick Start

Tell the system to start a swarm-enabled workflow for your feature by invoking the slfg skill with a feature description.

Frequently Asked Questions about slfg

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

FAQPage Schema
How do I automate parallel execution for complex engineering workflows?▼

Automate parallel execution by using swarm-mode orchestration to decompose complex projects into independent subtasks, coordinating multiple agents concurrently with deterministic task sequencing and conditional planning.

What is swarm-enabled orchestration for engineering tasks?▼

Swarm-enabled orchestration is a parallel execution mechanism that coordinates multiple agents to work concurrently on decomposed subtasks, reducing manual orchestration for large-scale engineering projects.

Can I dynamically deepen engineering plans when risks are detected?▼

Yes, dynamic plan deepening is supported during execution to automatically address detected risks or gaps, applying conditional planning and risk-based branching to adjust the workflow.

Does autonomous swarm execution work for large-scale engineering projects?▼

Autonomous swarm execution suits large-scale engineering tasks where projects can be decomposed into independent subtasks, enabling concurrent execution across multiple agents with finalization and verification steps.

What are the limitations of using parallel swarm orchestration?▼

Parallel swarm orchestration is limited to projects where tasks can be decomposed into independent subtasks; projects with highly sequential dependencies cannot be executed concurrently.

How to start a swarm-enabled workflow for a feature description?▼

Start a swarm-enabled workflow by invoking the skill with a feature description, which triggers autonomous planning, task decomposition, parallel execution, and finalization with review and verification.

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