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Standardize AI-to-AI coordination messages and exchange protocols across Codex, Claude, and other autonomous agents through Obsidian cross-talk and shared JSON packets.
Mit Codex oder Claude installieren Kopieren Sie diesen Prompt, fügen Sie ihn in Codex, Claude oder einen anderen Assistant ein und lassen Sie die Skill-Seite prüfen und installieren.
Basierend auf der SOC-Berufsklassifikation
Boot, recover, tune, and verify the SCBE Android emulator phone lane for AetherCode and Polly Pad. Use when Codex needs to operate the `SCBE_Pixel_6_API35` emulator, repair stale lock state, resize the phone surface, or prove the current lane state from local artifacts.
Navigate arXiv papers and topic searches through AetherBrowser for research extraction workflows. Use when collecting abstracts, paper metadata, and evidence snapshots from arxiv.org.
Navigate GitHub repositories, pull requests, issues, and settings through AetherBrowser tentacle routing. Use when tasks require browser-based GitHub movement, page evidence capture, or coordinated lane assignment with playwriter or playwright.
Navigate Hugging Face models, datasets, and spaces through AetherBrowser for research, validation, and publishing workflows. Use when inspecting repo cards, files, docs, and leaderboard surfaces in browser mode.
Navigate Notion workspace pages in AetherBrowser for knowledge retrieval and workspace coordination tasks. Use when locating pages, databases, or section paths in browser mode before API operations.
Operate AetherBrowser as the primary online task surface across search, GitHub, Codespaces, research, Notion, Hugging Face, Shopify, and general web work. Use when Codex should drive a real browser session first, coordinate with built-in search or fetch tools second, capture page-state proof, and keep online work inside the SCBE browser lane instead of defaulting to generic web automation.
| name | scbe-ai-to-ai-communication |
| description | Standardize AI-to-AI coordination messages and exchange protocols across Codex, Claude, and other autonomous agents through Obsidian cross-talk and shared JSON packets. |
Use this skill when multiple AI agents need reliable handoff, status updates, or synchronized execution.
Create one JSON packet per handoff using the shared envelope:
{
"packet_id": "aid-20260301-0001",
"created_at": "2026-03-01T14:20:00Z",
"sender": "codex",
"recipient": "claude",
"intent": "handoff",
"status": "in_progress|blocked|done",
"repo": "SCBE-AETHERMOORE",
"branch": "clean-sync",
"task_id": "B1-HB",
"summary": "short description",
"proof": [
"command output",
"path/to/artifact"
],
"next_action": "what to do next",
"risk": "low|medium|high",
"gates": {
"governance_packet": true,
"tests_requested": ["python -m pytest ..."]
}
}
notes/_context.mdagents/codex.mdnotes/_inbox.mdnotes/open_tasks_20260301_parallel.md.artifacts/agent_comm/<YYYYMMDD>/<packet-id>.json (deterministic by date)b1-hb-status-YYYYMMDD-HHMMSScross-talk-<agent>-<topic>-YYYYMMDDscripts/emit_ai_comm_packet.py (repo-local): generates the envelope and writes to artifacts/agent_comm/..env contents.DQUAR/ALLOW/DENY) as text, not raw payload data._inbox.md first with risk reason and impact before editing shared files.This is a lightweight communication layer for autonomous coordination. It is not a security boundary by itself.