octopus-swarm-l99

Orchestrate multi-agent swarms with role assignment and health monitoring in Hermes agentic OS.

Updated Jul 5, 2026
One-click install
npx skills add https://github.com/prince3626ezechiel-lang/ivoire-monade-palantir --skill octopus-swarm-l99
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: octopus-swarm-l99
Source: https://github.com/prince3626ezechiel-lang/ivoire-monade-palantir/tree/main/octopus-swarm-l99
Command: npx skills add https://github.com/prince3626ezechiel-lang/ivoire-monade-palantir --skill octopus-swarm-l99

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes scripts (resource) components.

What problem does it solve?

This Skill manages and optimizes complex multi-agent swarms, enhancing OODA loops and agentic DevOps workflows, particularly for systems using the Hermes agentic OS.

Core Features & Use Cases

  • Swarm Topology Management: Map 8 arms × 99 node topologies.
  • Role Assignment: Orchestrate observer, orienteer, decision-maker, and executor roles.
  • Health and Sync: Perform regular health checks and sync memory buses.
  • Failover Mechanism: Redistribute workloads from dead arms.
  • Use Case: Imagine coordinating a complex distributed system for automated DevOps processes; use this Skill to ensure high availability and performance with fault tolerance.

Quick Start

Initiate the Octopus Swarm L99 management protocol by activating 'octopus swarm'.

Frequently Asked Questions about octopus-swarm-l99

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

FAQPage Schema
How do I coordinate multi-agent swarms for automated DevOps workflows?

Multi-agent swarms are coordinated by mapping topology, assigning observer or executor roles, and redistributing workloads during failover. This skill manages 8 arms × 99 node topologies with health monitoring for high availability.

How does agent orchestration handle failover in distributed systems?

Agent orchestration handles failover by performing regular health checks, syncing memory buses, and automatically redistributing workloads from dead arms. This ensures fault tolerance and continuous operation in agentic workflows.

What is the best way to assign OODA loop roles in a multi-agent system?

OODA loop roles are assigned by orchestrating observer, orienteer, decision-maker, and executor functions across the multi-agent system. This skill manages these role assignments to optimize OODA loops within Hermes agentic OS.

Can I use swarm management for 8 arms × 99 node topologies in Hermes agentic OS?

Swarm management supports 8 arms × 99 node topologies within Hermes agentic OS. You can map these complex topologies, coordinate agent roles, and monitor sync to enhance your distributed DevOps workflows.

Why do I need health monitoring and sync for agentic workflows?

Health monitoring and sync are needed to detect failed arms and redistribute workloads automatically in agentic workflows. Performing regular health checks and syncing memory buses maintains fault tolerance and high availability.