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fleet-protocol

Enforce multi-channel self-healing messaging across fleet nodes with prioritized timeouts.

2|Updated Apr 5, 2026
Search Tags:#messaging#reliability#self-healing#escalation#fleet#channel-priority
One-click install
npx skills add https://github.com/supportersimulator/multi-fleet --skill fleet-protocol
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: fleet-protocol
Source: https://github.com/supportersimulator/multi-fleet/tree/main/skills/fleet-protocol
Command: npx skills add https://github.com/supportersimulator/multi-fleet --skill fleet-protocol

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This skill defines a self-healing, multi-channel fleet communication invariant that guarantees message delivery across machines, even when primary channels fail, by routing through a prioritized channel stack and healing degraded links.

Core Features & Use Cases

  • Deterministic channel prioritization with 30-second per-channel timeouts (P0 to P7)
  • Self-healing escalation: log failures, probe, assist, and remote fixes when delivery degrades
  • Idle-time productivity via background healing agents and autonomous task propagation
  • Secrets protection and secure transit across channels (TLS/SSH/Tunnels)
  • Seamless integration with fleet skills like fleet-send, fleet-repair, fleet-watchdog, fleet-tunnel, and fleet-worker Use Case: Guarantee reliable cross-machine messaging in NAT/firewall environments with automatic recovery and continuous fleet visibility.

Quick Start

Configure a node to begin routing messages along the defined channel stack and rely on automatic self-healing to recover degraded channels.

Frequently Asked Questions about fleet-protocol

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

FAQPage Schema
How do I guarantee reliable cross-machine messaging when network firewalls or NATs drop connections?▼

Reliable cross-machine messaging across NATs and firewalls is achieved by enforcing a prioritized channel stack with per-channel timeouts, routing traffic through alternative channels when primary links fail.

What is a self-healing fleet communication protocol and how does it recover degraded links?▼

A self-healing fleet communication protocol automatically recovers degraded links by logging delivery failures, probing channels, assisting nodes, and applying remote fixes through background healing agents.

How do I configure a prioritized channel stack for real-time fleet coordination?▼

To configure a prioritized channel stack for fleet coordination, define an ordered sequence of communication channels from P0 through P7, assigning a 30-second timeout to each channel for deterministic failover.

Does this fleet messaging protocol work behind strict firewalls and NAT environments?▼

Yes, this fleet messaging protocol works behind strict firewalls and NAT environments by utilizing secure transit options like TLS, SSH, and tunnels, automatically escalating messages across alternative channels during outages.

Why does cross-machine message delivery fail and how does channel escalation handle it?▼

Cross-machine message delivery fails when primary network channels degrade or time out; channel escalation handles this by automatically routing messages through lower-priority channels while background agents heal the degraded links.

What is the best way to maintain continuous fleet visibility during daemon outages?▼

Continuous fleet visibility during daemon outages is maintained by utilizing self-healing escalation chains and background healing agents that propagate tasks and automatically restore degraded communication channels.

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