Software that makes machines smarter.Coming soon

We make autonomous
machines work together.

AI intelligence infrastructure for orchestrating autonomous and connected fleets for large enterprises.

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Each vehicle knows how to drive.The fleet still needs direction.

Autonomy handles the road. Hyperfleets handles the operation: where each vehicle should go, when it should charge, and what it should do next.

01

Know what you have.

See which vehicles are available, where they are, how much energy they have, and what work is coming in.

02

Put the right vehicle on the job.

Assign, stage, charge, and reposition the fleet from one shared view of the operation.

03

Keep the plan current.

When demand moves or a vehicle’s state changes, update the plan before the operation falls behind.

A live view of the fleet. A plan that keeps moving.

The fleet changes by the minute.
The plan should too.

Graphite vehicle with a sculptural clock and operating controls on white
ORCHESTRATION VIEW

The whole fleet, in view.

Every assignment starts with a clear picture of the operation.

A dark vehicle emerging from shadow
AUTONOMY GETS THE VEHICLE DOWN THE ROAD

Driving is one problem.
Running the fleet is another.

Hyperfleets works above the autonomy stack to coordinate the operation.

A DAY IN THE OPERATION

Keep every vehicle on the right job.

Hyperfleets keeps assignments, charging, staging, and capacity in sync as the day changes.

Autonomous vehicles moving through a coordinated road network
Vehicle allocation

Send the best-positioned vehicle.

Demand window

Keep enough capacity ready for the next demand window.

NowDemand windowNext
The schedule moves when demand does.
Fleet staging

Put vehicles where they’ll be needed.

Charging plan
PlanACTIVE

Charge at the right time—not just the first available time.

Capacity plan
NEXT PLANNING HORIZONContinuousRe-optimized

Stay ready for the next shift in demand.

Adjust the plan as conditions change.

A late arrival, a low battery, or a sudden spike in demand can change what should happen next. Hyperfleets keeps up.

AN ILLUSTRATED FLEET OPERATIONTERMINAL DISTRICT / 01
TERMINAL DRIVESERVICE AVENUEENERGY LANEFLEET DEPOTTERMINAL ATERMINAL ACHARGER 02
!
New pickup · Terminal AFlight HF204 · 2 passengers
48 · Available12 · Finishing its job31 · On its existing route
01 / 08 · ILLUSTRATIVE SCENARIO

A new pickup is requested.

Flight HF204 is due at Terminal A. Two passengers need a car.

See what the whole fleet needs next.

Demand rises. Batteries run low. Vehicles drift out of position. Hyperfleets reads those changes together and decides what should happen next.

Hyperfleets orchestration intelligenceDemand, fleet state, capacity, staging, charging, and positioning connect through Hyperfleets orchestration intelligence.hyperfleetsDemandFleet StateCapacityStagingChargingPositioningThe signals behind each Hyperfleets decisionDemand, fleet state, capacity, staging, charging, and positioning feed a connected Hyperfleets decision network.DemandFleet stateCapacityStagingChargingPositioning
Live demand and fleet state in. Clear vehicle assignments out.

The vehicle handles the road. Hyperfleets keeps the operation on track.

Start where coordination
matters most.

We’re building Hyperfleets for structured transportation networks—places with repeatable routes, predictable demand, and enough moving pieces that manual planning starts to break down.

01

Works with the autonomy already in the vehicle.

The driving system stays focused on navigation, control, and safety. Hyperfleets works above it.

02

Built around the dispatcher’s hardest decisions.

Which vehicle goes next? Where should capacity wait? When can charging happen without losing coverage?

03

Changes the plan when the day changes.

A fleet rarely runs exactly as expected. Hyperfleets keeps assignments and capacity aligned as conditions move.