explaingit

am423/grok-swarms

13Audience · developerComplexity · 3/5ActiveLicenseSetup · moderate

TLDR

Hermes Agent add-on that spawns swarms of Grok-backed execution workers in isolated TMUX sessions, coordinated by a Grok orchestrator and a kanban review loop.

Mindmap

mindmap
  root((grok-swarms))
    Inputs
      User request
      Grok API key
      Hermes Agent
    Outputs
      Swarm sub-tasks
      Kanban cards
      Approved work
    Use Cases
      Multi-agent coding
      Parallel sub-tasks
      Task review loop
    Tech Stack
      Hermes Agent
      Grok
      TMUX
      Shell

Things people build with this

USE CASE 1

Run a team of Grok coding agents in isolated TMUX sessions on one machine

USE CASE 2

Plan and split a coding task with an orchestrator model and approve sub-task output

USE CASE 3

Track multi-agent work on a kanban board with an approve-or-kick-back review loop

USE CASE 4

Add a swarm skill to an existing Hermes Agent install with one shell command

Tech stack

HermesGrokTMUXShell

Getting it running

Difficulty · moderate Time to first run · 30min

Needs Hermes Agent installed locally, TMUX on Linux or macOS, and xAI Grok API access.

MIT license, do almost anything with the code as long as you keep the copyright notice.

In plain English

grok-swarms is a small community add-on for a tool called Hermes Agent. Hermes is an AI coding agent that runs locally, and grok-swarms teaches it how to drive teams of AI workers backed by xAI's Grok models. The README calls these teams swarms. The setup uses one Grok 4.3 model as the orchestrator that plans the work with the human user, and several other Grok models as execution agents that each take on a sub-task. The interesting piece is how the execution agents are isolated. Each one runs inside its own TMUX session, which is a terminal multiplexer for Linux and macOS. Putting each worker in a separate TMUX session means they have their own shell, their own files in progress, and their own output stream, so they do not collide with each other or with the orchestrator while they work. Task tracking lives in Hermes's built-in kanban board. The orchestrator writes cards for each sub-task, the executors update their cards as they work, and the human reviews finished work through what the README calls an approve-or-kick-back loop: either the work is accepted or it goes back to the executor with feedback. The kanban is the single source of truth for what is done, in progress, or blocked. Installation is a single shell command that clones the repository and registers SKILL.md with the Hermes skills system. After installation, the user types a short request such as start a grok-swarm for building the new auth system, and the orchestrator begins planning. The repository ships SKILL.md, reference notes on TMUX spawn patterns, kanban review loops, acceptance criteria templates, and Grok model configuration. The license is MIT.

Copy-paste prompts

Prompt 1
Walk me through installing grok-swarms into my Hermes Agent setup and registering SKILL.md, including the Grok API config.
Prompt 2
Show me how to start a grok-swarm for building a new auth system and what the orchestrator does before spawning workers.
Prompt 3
Explain the TMUX session layout used by grok-swarms so I can attach to a single worker and watch its shell output.
Prompt 4
Help me write acceptance criteria for a kanban card so executors get useful feedback in the approve-or-kick-back loop.
Prompt 5
Tune the Grok model configuration in grok-swarms so the orchestrator uses Grok 4.3 and executors use a cheaper model.
Open on GitHub → Explain another repo

Generated 2026-05-22 · Model: sonnet-4-6 · Verify against the repo before relying on details.