Cars traveling on a winding mountain road seen from above
Hyperfleets
Software that makes machines smarter.Coming soon

We make autonomous machines work together.

We’re exploring new possibilities for autonomous machines and the world around them. More to share soon.

Explore our vision
01 / The orchestration layerFleet intelligence above the autonomy stack

Autonomy drives the vehicle.Hyperfleets directs the fleet.

The autonomy stack handles how each vehicle drives. Hyperfleets determines what the fleet should do next.

01

Read the operating picture.

Demand and fleet state create a changing view of vehicles, energy, position, and capacity.

02

Decide the next mission.

Hyperfleets coordinates allocation, staging, charging, and repositioning at fleet level.

03

Re-optimize continuously.

As fleet state and demand change, mission decisions adapt across the operation.

Demand + Fleet State → Hyperfleets → Mission Decisions → Autonomous Vehicles

02 / Orchestration capabilitiesOne operating picture. Continuous decisions.

Every vehicle has a state.
The fleet needs a plan.

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

See the whole fleet.

State becomes context for the next decision.

A dark vehicle emerging from shadow
THE AUTONOMY STACK IS ONLY THE BEGINNING

How vehicles drive.
What the fleet should do.

A distinct intelligence layer connects the two.

THE SYSTEM AT WORK

One plan.
Every moving part.

A changing operating picture becomes coordinated mission decisions across the fleet.

Autonomous vehicles moving through a coordinated road network
Vehicle allocation

Match the right vehicle to the next mission.

Demand window

Plan available capacity across the operating horizon.

NowDemand windowNext
The mission plan updates as demand changes.
Fleet staging

Stage capacity closer to expected demand.

Charging plan
PlanACTIVE

Coordinate charging with upcoming missions.

Capacity plan
NEXT PLANNING HORIZONContinuousRe-optimized

Keep the fleet ready for what comes next.

03 / Continuous orchestrationFleet state meets changing demand

Many moving parts.
One operating picture.

Hyperfleets coordinates allocation, staging, charging, repositioning, and capacity planning as conditions change.

An original architectural sketch of autonomous vehicles moving through a connected orchestration system
Mission decisions continuously adapt across the fleet.
04 / Orchestration intelligenceA distinct layer above vehicle autonomy

Demand meets fleet state.
Mission decisions follow.

Hyperfleets turns a changing operating picture into coordinated mission decisions for autonomous vehicles.

Hyperfleets orchestration intelligenceDemand, fleet state, capacity, staging, charging, and positioning connect through Hyperfleets orchestration intelligence.hyperfleetsDemandFleet StateCapacityStagingChargingPositioning
Demand + Fleet State → Hyperfleets → Mission Decisions → Autonomous Vehicles

The autonomy stack handles how a vehicle drives. Hyperfleets determines what the fleet should do next.

05 / Initial focusComplex operations. Predictable demand.

Structured environments.
Fleet-level complexity.

Hyperfleets is initially focused on structured transportation environments where demand is predictable but operations are complex.

01

Above the autonomy stack.

Autonomous driving systems handle navigation, vehicle control, and driving safety.

02

Focused on fleet decisions.

Hyperfleets coordinates what vehicles should do, where capacity should be, and how the plan should adapt.

03

Built for continuous change.

Fleet state and demand evolve. Orchestration continuously re-optimizes the mission plan.