CONFIDENTIAL // BAGGED™ + GOOGLE MAPS + WOOLPERT
STRATEGY: INFRASTRUCTURE

The Physical
Internet of
Logistics.

We aren't building a startup. We are building a utility.
"Project Zero" is a FOAK Facility to deploy the first autonomous baggage grid in Atlanta (ATL).

Status
GCP Tech Discovery: PASSED
Architecture
Cloud Run / EventArc / Gemini 3.0

The Logic Core

We do not poll APIs. We ingest intent.

Click below to inspect architecture

1. Ingest (Webhook)

JSON

Flight Delayed? We catch the webhook via EventArc immediately.

2. Process (Gemini 3.0)

RAG

Our AI Diligence Engine recalculates the route based on new constraints.

3. Patch (Fleet Engine)

REST

We push the new "Intent Vector" directly to Waymo. No polling required.

💎
CLICK TO INITIALIZE REVEAL
const eventArc = require('@google-cloud/eventarc');
const client = new eventArc.EventarcClient();
// LISTENING FOR FLIGHT_DELAY...
// ...
// TRIGGERING GEMINI_3.0_PRO...

The Infrastructure Play

Google provides the Secure Cloud. BAGGED™ builds the Utility.

THE INTELLIGENCE

Google Cloud + Maps

  • ✓ Secure Cloud Layer
  • ✓ Vertex AI / Gemini 3.0
  • ✓ Maps Fleet Engine

THE RAILS

BAGGED™ (Project Zero)

  • ✓ Physical Utility Grid
  • ✓ Asset Density (Project Zero)
  • ✓ IP: "Intent Data" Logic

THE OPERATIONS

Human-in-the-Loop

We solve the "Last 10 Feet." We staff the curb; Waymo drives the car.

Result: Zero OS modification required for Waymo. Immediate deployment.

Next Step: Validate Data Layer & Close Partnership
EVENTARC :: WEBHOOK_INGESTION

Step 1: The Event Listener

We do not poll for flight status. We use Google EventArc to listen for state changes from the airline data stream. This ensures sub-second latency when a flight is delayed.

• Status: Active
• Service: Cloud Run (bagged-core)
• Trigger: google.cloud.audit.log.v1.written
// INCOMING PAYLOAD (SIMULATED)
{
  "source": "airline.partner.webhook",
  "event_type": "FLIGHT_STATUS_CHANGE",
  "data": {
    "flight_id": "UA1422",
    "new_status": "DELAYED",
    "delta_minutes": 45,
    "baggage_id": "BG-8842-X"
  }
}
ARCHITECTURAL VALIDATION: WAYPOINT DOC P.3
VERTEX_AI :: GEMINI_3.0_LOGIC

Step 2: The Diligence Engine

Upon ingestion, Gemini 3.0 analyzes the impact. It uses an Agentic RAG Pipeline to synthesize the delay with local traffic data (Maps) and asset availability (Waymo) to determine the optimal new route.

• Model: gemini-3.0-pro
• Context: 1M Token Window
• Output: Intent Vector (Signed)
// GEMINI REASONING TRACE
async function calculateIntent(event) {
  const traffic = await maps.getTraffic('I-85 North');
  const buffer = event.delta_minutes + 15;

  // DECISION LOGIC
  if (buffer > 30) {
    return { action: "HOLD_AT_CURB", new_pickup: "14:30" };
  } else {
    return { action: "DEPLOY_IMMEDIATE" };
  }
}
ARCHITECTURAL VALIDATION: WAYPOINT DOC P.3 (PILLAR 2)
FLEET_ENGINE :: PATCH_REQUEST

Step 3: The Fleet Patch

We do not ask Waymo to "poll" us. We PATCH the instruction directly to the Google Maps Fleet Engine. This updates the autonomous vehicle's manifest in real-time without modifying the vehicle's OS.

• API: maps.fleetengine.v1.updateVehicle
• Security: OAuth 2.0 / Service Account
• Result: Reroute Confirmed
// HTTP PATCH REQUEST
PATCH https://fleetengine.googleapis.com/v1/providers/bagged-ops/vehicles/waymo-882
Content-Type: application/json
Authorization: Bearer [OAUTH_TOKEN]

{
  "vehicleState": "ENROUTE_TO_PICKUP",
  "waypoints": [
    {
      "location": { "lat": 33.6407, "lng": -84.4277 },
      "eta": "2025-12-12T14:45:00Z"
    }
  ]
}
ARCHITECTURAL VALIDATION: WAYPOINT DOC P.3 (PILLAR 1)
BAGGED_CORE_LOGIC_V3.0 // LIVE_VIEW
● INPUT SOURCE (WEBHOOK)
Flight UA1422
STATUS: DELAYED (+45m)
GEMINI
CONTEXT AWARE
● OUTPUT (PATCH)
Fleet Engine
REROUTE CONFIRMED
LAT: 33.6407 N | LNG: 84.4277 W
● TERMINAL: BAGGED-CORE-DEPLOY _◻ X
● TERMINAL: FIRESTORE-INTENT-LOG _◻ X
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