Orchestration layer
Simulation · live
AEROEAutonomous fleet orchestration
Project Genesis Domain Active
Autonomous fleet intelligence

AEROE

AI-native, hardware-agnostic orchestration for autonomous robot fleets.

We are not building better robots. We are building the intelligence that lets fleets of them plan, coordinate and recover together — proven in simulation first. Full site coming soon.

Inside the console

One hundred agents, one plan,
one screen.

Author a mission in structured controls or plain language; the constraint ruleset checks it before anything is dispatched, and refuses it with the measured value, the limit and the value that would work. Then watch the fleet take station — in a 3D twin or a top-down plan view, both driven by the same mission state, beside the mission's own event log.

The AEROE operator console: a command panel on the left showing a completed
                100-agent mission, a 3D digital twin in the centre with one hundred agents holding a
                circular formation, and the mission event log on the right.
3D digital twin. One hundred agents holding a 64 m circle at 20 m. The banner carries the mission phase, the command rail carries only the actions the mission state actually allows, and the log on the right is the mission's own event stream.
The same mission in the console's top-down plan view: one hundred agents, each on
                  its assigned slot around a circle, with a health legend reading Healthy 100.
Plan view. The same fleet from above, every agent on its assigned slot. Health is carried by shape as well as by colour, so a failure survives a monochrome screenshot.
Close view of the 3D twin: one hundred agents evenly spaced around a 64 metre
                  circle above a ground grid.
Formation held. Radius 64.00 m across one hundred slots, every constraint rule passed before launch and every agent still reporting healthy.

Screenshots are the console's own output, replayed from a recorded run. All state shown is produced by AEROE's kinematic simulator — no figure on this page is evidence of physical flight.

Product
AEROE
State
● ACTIVE
Site
In development