Autonomous mobility·Ground and air·One stack
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Bengaluru · India
Autonomous mobility. Ground and air. One stack.
ATEON Labs builds autonomous ground robots and aerial platforms that run on one deterministic, cloud-independent autonomy stack.
01 · Ground · AGMS-X1
Autonomous
ground mobility.
A six-wheel articulated chassis with a hot-swap mission deck. Every corner drives and travels on its own axis. Cold chain, secure parcels or open cargo: one vehicle, three payload identities.
- Rated payload
- 0kg
- Endurance, mixed duty
- 0h
- Range per battery set
- 0km
- Stair riser
- 0mm
02 · Perception
It does not
need the light.
The world model is built from range and velocity, not brightness. Full dark changes nothing about what the vehicle knows.
- 01Scanning LiDAR: structure and free space
- 02Long-baseline stereo: depth at range
- 03Millimetre-wave radar: velocity through dust and rain
- 04Wheel and optical-flow odometry: motion without a fix
- 05Time-synchronised capture: one clock across every sensor
03 · Air · AAMS-X1
It completes the route where the satellite fix does not reach.
Downward optical flow and range sensing hold position between buildings, under structure and inside plant. GNSS is a cross-check, not a dependency.
- Rated payload
- 0kg
- Pod bays
- 0indep.
- Hover at MTOW
- 0min
- Thrust / weight
- 0×
04 · Handoff
The aircraft hands the pod to the rover.
The AAMS-X1 flies over the traffic and lowers the pod onto the AGMS-X1 deck. The deck latches the pod and connects its power and data, and the rover drives the last stretch to the door.
05 · OmegaMTL · One stack, two domains
One stack runs both platforms.
One perception, planning and fleet stack runs both platforms. The world model does not care whether the actuators are six hub drives or four rotors. Only the control layer below it does.
- 01
Sensors
LiDAR, camera, radar, IMU, wheel and flow odometry, time-synchronised and stamped from a single clock.
- 02
Perception
Fusion into one metric world model: occupancy, tracked objects, traversability, and a calibrated confidence on each.
- 03
Planning
Route, behaviour and trajectory, solved against the world model and the envelope of whichever platform it runs on.
06 · Where it runs
Deployment sectors
- 01
Logistics & warehousing
Yard moves, dock-to-dock, campus trunking.
- 02
Cold chain
Temperature-held pharma and perishables, last mile.
- 03
Industrial & energy
Routine inspection loops across plant and grid assets.
- 04
Agriculture
Field survey, input transport across unmade ground.
- 05
Defence & disaster response
Resupply and reconnaissance without crewed exposure.
- 06
Municipal
Civic asset survey and scheduled urban movement.
07 · Next step
Request a pilot.
Tell us the route, the payload and the ground. We will tell you which platform fits and what a first deployment looks like.
Figures are design requirements and allocations from the current product definition baseline, not measured field results.