🧬 WEEKLY_CHECKINS — Lineage & Drift Audit Subsystem

The Weekly Check‑In System is the automated heartbeat of the TriadicFrameworks canon.
Every Sunday, a GitHub Actions workflow generates a timestamped snapshot of the repository’s structural state, enabling long‑term coherence, drift detection, and defensive publication.

📅 What the Weekly Workflow Produces#

Each run creates a new folder:

/docs/WEEKLY_CHECKINS/YYYY-MM-DD/

Inside each dated folder, the workflow writes:

1. Lineage Snapshot#

A frozen view of the repository at the moment of capture.
Used for ancestry tracking, module genealogy, and long‑term coherence studies.

2. Drift Notes#

Internal notes documenting:

• semantic drift
• operator drift
• structural drift
• module‑level anomalies

These support RTT’s drift‑awareness and coherence‑preservation mechanisms.

3. Module‑Activity Diff#

A diff of all module changes since the previous week:

• added files
• removed files
• modified operators
• metadata updates

This enables weekly structural auditing.

4. Defensive‑Publication Reminder#

A prompt to ensure critical modules have:

• public mirrors
• redundancy
• updated metadata
• external archival

This prevents knowledge loss and maintains the canon’s indestructibility.

🧭 Purpose of This Subsystem#

The Weekly Check‑In System ensures:

• Temporal coherence across the entire canon
• Versioned ancestry for every module
• Automatic drift detection
• Long‑term preservation of structural knowledge
• Operational continuity for TriadicFrameworks

It is the modern equivalent of a self‑maintaining Library of Alexandria — distributed, versioned, and impossible to burn.

⚙️ Workflow Location#

The automation is defined at:

.github/workflows/weekly-checkin.yml

It runs:

• weekly (cron)
• manually (workflow_dispatch)

📁 Folder Structure#

docs/
└── WEEKLY_CHECKINS/
    ├── 2026-09-01/
    │   └── checkin.md
    ├── 2026-09-08/
    │   └── checkin.md
    └── ...

Each folder represents one “scroll” in the ongoing lineage archive.

🔒 Internal Use#

This subsystem is not user‑facing.
It exists to support:

• module maintenance
• structural genealogy
• drift calibration
• defensive publication
• long‑term canon stability