Future Insight Modeling

One Earth Drone Technology uses advanced data analysis to turn real-time flight information into actionable insights. By studying terrain, weather, and mission patterns, our systems predict challenges, reduce risks, and enhance operational accuracy. Every mission benefits from intelligent forecasting and adaptive performance, allowing teams to plan better, act faster, and achieve safer outcomes. With innovation at its core, our technology continues to evolve — preparing industries for a smarter and more connected future in aerial operations.

GPS-Coordinated Multi-Site Operations

Future deployments are designed around GPS-defined operational zones, enabling multiple sites to be managed simultaneously with precision and safety.

GPS-Defined Locations

• Each deployment area is assigned a unique GPS location and geofenced boundary.
• Sites may include:
• Fill Stations (Location 1, Location 2, etc.)
• Relay / Charging Stations
• Active Deployment Zones
• GPS coordinates allow drones to autonomously navigate between locations without manual piloting.

Multi-Site Synchronization

• A dozen or more drones can operate across multiple GPS locations at the same time.
• Drones are dynamically assigned to sites based on:
• Battery level
• Payload weight
• Distance to nearest relay station
• While some drones are airborne at one GPS location, others may be grounded, charging, or loading at another.

GPS-Enabled Battery & Relay Network

Relay stations are also GPS-registered nodes within the operational network.

• Each relay station broadcasts its GPS position to the fleet.
• Drones automatically route to the nearest available charging or battery-swap station.
• Generators at relay sites ensure uninterrupted power, independent of local grid availability.
• This structure significantly increases deployment depth and operational endurance.

Fill Stations —Location 1 (Primary Site)

Fill Stations are assigned fixed GPS coordinates, serving as anchor points for material logistics.

• Location 1 functions as the primary fill and staging site.
• Units are filled, sealed, and GPS-logged before deployment.
• Additional fill stations can be activated at new GPS locations as demand increases.
• This allows material preparation and drone deployment to scale independently.

Second Prototype — GPS-Driven Automation (In Progress)

Toward the end of this document’s scope, a second prototype system is in development, expanding GPS-based automation across the entire workflow.

Planned capabilities include:

• Automated drone dispatch based on real-time GPS demand
• Intelligent rerouting during weather or airspace constraints
• Live mapping of deployed BOX’D WALL™ segments
• Multi-site command visibility from a single control interface

This prototype is designed to support simultaneous, geographically distributed flood-response operations with minimal human intervention.