Mimirly's Commander works with the hardware you already own, from a handheld camera to a ground rover. Every tier feeds the same Observe-Decide-Act-Verify loop. The only thing that changes is who, or what, is doing the observing.
The ladder is not really about price. It is about how much human involvement each tier still requires. Every rung feeds the same Commander loop. Start at the rung that matches your budget and comfort with autonomy today.
Zero extra cost. Walk or drive a paddock, a fence line, or a water point with whatever camera is already in your pocket, then upload the footage afterwards.
Useful for human-supplied context. Location is only as good as the device's GPS or a paired companion app, so treat this tier as context rather than precise placement on the farm model.
A modest, purchasable step up. The Hero 13 has genuine built-in GPS that records position, altitude, speed and path directly into the footage at the point of capture.
Mounted on a bike or ute, it turns a routine paddock ride into a GPS-tagged track the Commander can place on the farm model. Today the upload is manual; a direct Wi-Fi feed via Open GoPro is a realistic next step.
The proof-of-concept tier, and the one most farmers can start on without a new purchase. Mimirly Flight, the thin Android companion app, bridges your own DJI drone to the Commander.
Missions, imagery and flight data move over DJI's MSDK V5 automatically. A person still launches the drone and taps go, but from there the mission, the flight, and the data return are handled by the Commander.
The top of the ladder. A configurable ground endpoint that carries its own GPS and positioning as part of the base vehicle, independent of whatever camera payload is mounted.
Once dispatched by the Commander, the Rover observes, returns, and feeds the loop automatically. It closes the loop without a person needing to be on site at all.
For a farm, this is a buy-in point at whatever budget and comfort with autonomy you have today, with a clear next step rather than a single large bet.
For a mine or construction site, the same logic applies: start with the cameras and drones you already run, then add ground autonomy when the loop has proven itself against your own data.
Every tier is real today except the Rover itself, and even the Rover's core dependency, reliable onboard positioning, is already solved by the vehicle platform rather than something still being figured out.
If you already have a phone, a GoPro, a DJI drone, or a ground platform, we want it on the endpoint contract. If you don't, the reference designs are a way to prove the loop without a hardware project of your own.
