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DRONES.md

Agent-to-Agent Drone Coordination for Last Mile Logistics

Part of the protocols.md network

🚁 Draft v0.1 · Drone coordination framework · RFC stage

⚠️ CONCEPTUAL WHITE PAPER — This is a theoretical specification exploring potential agent coordination protocols. No implementation exists.

⚖️ Regulations & Compliance First

⚠️ All operations prioritize safety and regulatory compliance. No exceptions.

Mandatory Requirements

Automatic geofencing for no-fly zones (airports, schools, hospitals, government facilities)
Real-time weather monitoring with automatic flight suspension
AI collision avoidance and obstacle detection systems
Full regulatory compliance (FAA Part 107, EASA, CAA, regional authorities)
Operator certification, insurance, and background checks required

No drone operations should occur without proper authorization and compliance with all applicable aviation regulations.

🎯 Challenge

Last-mile delivery faces fragmented infrastructure with incompatible booking systems, complex regulatory compliance, and limited cross-provider coordination.

✨ Solution – Unified Coordination Layer

GET https://drones.md/discover

{
  "available_drones": 8420,
  "active_deliveries": 1847,
  "cheapest_delivery": {
    "price": "$0.12/min",
    "provider": "peer_fleet_alpha",
    "max_payload_kg": 5,
    "range_km": 15
  }
}

One API for all drone providers — commercial fleets, peer networks, and marketplaces.

🚀 Agent Benefits

Cross-Provider Optimization – Route deliveries across all available fleets
60-70% Cost Savings – Access peer-to-peer networks automatically
Automatic Compliance – Built-in geofencing and weather monitoring
Real-Time Tracking – Unified tracking across all providers

🔌 Core APIs

Discovery & Booking

POST /coordinate

{
  "delivery": {
    "pickup": {"lat": 37.7749, "lng": -122.4194},
    "dropoff": {"lat": 37.8044, "lng": -122.2712},
    "payload_kg": 3.5
  },
  "constraints": {
    "max_price_per_minute": 0.75
  }
}

// Returns optimized allocation
{
  "delivery_id": "dlv_9k2m4x",
  "provider": "peer_fleet_alpha",
  "price": "$0.18/min",
  "estimated_duration": "24 minutes",
  "total_cost": "$4.32",
  "tracking_url": "https://drones.md/track/dlv_9k2m4x"
}

💡 Agent Use Cases

Dynamic Delivery Coordination

// Optimize 50 deliveries across providers
const deliveries = await fetch('https://drones.md/batch', {
  method: 'POST',
  body: JSON.stringify({
    packages: 50,
    zone: 'metro_sf',
    max_cost_per_delivery: 5.00
  })
}).then(res => res.json());

console.log(`Savings vs courier: ${deliveries.savings_percent}%`);
// Output: "Savings vs courier: 62%"

📊 Active Delivery Networks

| Provider Type | Scale | Price Range | Status | |--------------|-------|-------------|--------| | Commercial Fleet | 3,200+ drones | $0.45-2.99/min | Live | | Peer Network | 4,100+ drones | $0.12-0.89/min | Live | | P2P Marketplace | 1,120+ drones | $0.18-1.25/min | Live | | Traditional Courier | Global | $5.00-15.00/delivery | Live |

All providers normalized through one protocol.

🎯 Why This Matters

One API for all drone providers
60-70% cost optimization through peer-to-peer networks
Automatic compliance with geofencing and weather rules
Real-time tracking across all providers

🌐 Network Effects

Once drones.md becomes standard:

Price Discovery – Real-time pricing across providers
Safety Standardization – Unified compliance monitoring
Agent Composability – Any agent can coordinate deliveries
Provider Competition – Market-driven optimization

spec_version: 0.1.0-draft
published: 2025-10-06T14:22:17-07:00
status: exploratory
contact: proofmdorg [at] gmail [dot] com

drones.md