Most drone operators run their fleet through off-the-shelf ground control software built for photography, inspection, or logistics. When we started designing the CAC Ground Control System, we asked a different question: what does software built specifically for aerial firefighting actually need to do?
The Problem With General-Purpose GCS Software
Commercial drone ground control platforms are excellent at what they're designed for. But wildfire response has requirements that general-purpose software wasn't architected around: multiple simultaneous fire threats at different severity levels, dynamic no-fly zone management around active aerial operations, real-time integration with public fire data feeds, and the ability to re-task a drone mid-mission as conditions change on the ground.
We needed a platform where a single operator could manage a fleet, track threats, and run missions — not across three different applications, but in one unified interface purpose-built for the operational environment.
What We Built
The CAC GCS is a real-time command and control interface with three core operational panels running on top of a live interactive map of the operational area.
The Asset Panel
Every drone in the fleet is visible at a glance — status, battery level, GPS position, altitude, and speed updated in real time. Operators can issue commands directly from the panel: takeoff, land, hover, return home, arm, disarm. Full directional control is available for precision positioning. Connectivity supports MAVLink, DroneKit, Bluetooth GATT, WiFi, and simulation mode for training and testing.
The Threats Panel
Fire spots are tracked with severity classification — low, medium, high, critical — color-coded on the map and sortable in the panel. Operators can report new threats, update status as conditions change (Active → Monitoring → Contained → Cleared), and assign drones to investigate directly from the panel. Integration with NASA FIRMS and CAL FIRE data feeds means the platform ingests public fire detection data automatically.
The Ops Panel
Mission planning runs through the Ops panel. Mission types — Patrol, Survey, Fire Response, Search & Rescue — each have specific waypoint and parameter templates. Operators set waypoints on the map, assign assets, set priority levels, and launch. Running missions can be paused or aborted instantly. The platform supports simultaneous multi-mission management across the full fleet.
The AI Layer
Layered on top of the operational panels is the AI intelligence stack. Threat assessment scoring runs continuously, analyzing thermal data, wind conditions, terrain, and fuel load to prioritize which fire zones need immediate response. The route optimizer calculates flight paths dynamically — accounting for battery levels, payload, airspace constraints, and the positions of all other assets in the fleet simultaneously.
The goal is to remove the cognitive load of multi-asset coordination from the operator, so they can focus on the mission rather than the logistics of running it.
What's Coming
The current GCS represents version 1.0 of a platform we're actively developing. On the roadmap: tighter BVLOS integration as FAA regulatory frameworks mature, expanded sensor fusion from ground-based detection networks, automated retardant drop sequencing, and a mobile command interface for field incident commanders who need situational awareness without being tethered to a laptop.
Provisional patents are filed on core elements of the platform's airframe integration and mission orchestration process. The technology is ours, and we're building it with a clear vision of where aerial firefighting is going.