integration/transmission-protocol

Name: integration/transmission-protocol
Availability: InStock
Author: Frank

Format, route, and log cross-system messages across Starlight, ACOS, Arcanea, and AI-Ops.

6|2|Updated Dec 18, 2025

Search Tags:#messaging #logging #protocol #vault #cross-system #transmission #channel-routing

Ready to run

npx skills add https://github.com/frankxai/Starlight-Intelligence-System --skill integration-transmission-protocol

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: integration/transmission-protocol
Source: https://github.com/frankxai/Starlight-Intelligence-System/tree/main/skills/integration/transmission-protocol
Command: npx skills add https://github.com/frankxai/Starlight-Intelligence-System --skill integration-transmission-protocol

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Enables safe, auditable cross-system transmissions between Starlight, ACOS, Arcanea, and AI-Ops, reducing routing errors and manual coordination.

Core Features & Use Cases

Transmission sending: formats messages with timestamp, source, priority, and action requirements; routes to ACOS, Arcanea, AI-Ops, or broadcast channels.
Transmission receiving and routing: polls for new entries, classifies by priority, and dispatches to the appropriate agents; logs outcomes.
Broadcasts and governance: supports system-wide messages with authorization checks and acknowledgment tracking; integrates with Operational Vault for traceability.

Quick Start

Configure the Starlight Orchestrator to enable the Transmission protocol and verify message routing across channels.

Frequently Asked Questions about integration/transmission-protocol

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

FAQPage Schema

How do I securely route messages across Starlight, ACOS, Arcanea, and AI-Ops?▼

Secure message routing across Starlight, ACOS, Arcanea, and AI-Ops is achieved by formatting messages with metadata and applying channel-specific routing logic to dispatch them to the correct system.

What is the best way to broadcast system-wide messages with authorization checks?▼

Broadcasting system-wide messages requires authorization checks and acknowledgment tracking to ensure governance, while routing the activity logs to the Operational Vault for traceability.

Can I use the Transmission protocol for receiving and classifying messages by priority?▼

The Transmission protocol supports receiving messages by polling for new entries, classifying them by priority, dispatching to appropriate agents, and logging the outcomes for auditability.

How does message logging work for cross-system transmissions?▼

Message logging for cross-system transmissions works by recording formatted message metadata, routing outcomes, and activity logs directly into the Operational Vault for full traceability.

Do I need the Starlight Orchestrator to enable cross-system message routing?▼

Yes, configuring the Starlight Orchestrator is required to enable the Transmission protocol and to verify that message routing functions correctly across the defined channels.

What metadata is included when sending transmissions across multiple systems?▼

Sending transmissions across multiple systems includes formatting messages with timestamps, source information, priority levels, and action requirements before routing them to the target channels.