Chapter I · The asymmetry
We have spent a hundred years teaching the world how to think.
A decision can cross the world in an instant.
The object cannot.
The last mile
of intelligence.
We have made intelligence abundant.
Physical execution remains scarce.
Chapter II
The Law of
Linear Physics.
Write code once and it runs a billion times. Physical work has never scaled that way. Double the demand, and you double the hands, the shifts and the floor space.
We exist to break that relationship.
Chapter III · Commerce as the execution layer
Demand arrives as data.
Software reallocates orders in milliseconds.
The facility can’t move that fast.
Inventory is moving closer to demand, into networks of smaller nodes. Each one inherits enterprise-grade expectations without the enterprise-grade footprint.
Fulfilment centres
Sort hubs
Dark stores
Chapter IV · Introducing
Navi
Intelligent 3D sortation. Destinations stacked vertically, not stretched across the floor.
A standardised parcel-sortation appliance. Compact, modular, brownfield-ready.
Throughput1,200 parcels / hour
Destinations54
Footprint300 sq ft
InductionDual
Parcel weight50 g – 8 kg
Parcel size50×20×10 – 600×400×300 mm
Parcel mixPolybags, cartons, shrink wrap
Operators2
Energy~800 units / million sorts
Chapter V · Where Navi sits
Built for the
large middle.
Too much volume for reliable manual sorting. Not enough to justify a hub-scale sorter project. That’s most facilities.
Mobile robot fleetsMore capacity means more robots, more charging, more traffic.
Navi1,000–3,000 PPH · 50–250 destinationsBounded movers and vertical destinations. More work per mover before adding another.
Fixed loop sortersLarge capex before the volume arrives to use it.
Same architecture extends toward ~5,000 PPH and ~500 destinations
Chapter VI · How it works
One parcel.
Five moves.
From the operator’s hands to the right bin, with a record back to you.
iLoad & scan
iiMatch
iiiSchedule
ivDeliver
vRecord
Chapter VII · Deployment
Live in
six days.
Zero civil work. No fixed installation. Routing rules, barcode logic and integrations configured before the machine arrives.
Day 1 – 3AssembleTwo people can assemble the machine.
Day 3ConnectCalibrate and connect to your WMS.
Day 4 – 6ValidateRun trials and train operators.
Day 6Go liveCustomer approval and handover.
Next 30 daysOptimiseTune configuration to your operation.
Chapter VIII · Operations
Continuous
20 hrs
A day, on 100% local compute.
Recovery
~30 min
From fault to resumed flow.
Energy
~800
Units per million sorts.
InterfaceAnyone can operate itState shows in colour, light and icons. Every fault comes with its next step on screen.
ServiceabilityEasy to maintain. Ready for every shift.Clear diagnostics and guided maintenance take the guesswork out of servicing, helping teams resolve issues quickly and keep operations running reliably.
ScaleMachines work as a hiveAdd units and they coordinate as one logical sorter, sharing load across machines. If one goes down, the others absorb its work.
Chapter IX · Programmable infrastructure
Sortation is
the first move.
Navi is the first expression of one stack: power, controls, telemetry and coordination that every next machine reuses.
Induction & feeding
Picking & manipulation
Storage & movement The unit of value stops being the robot.
It becomes physical capacity.
Chapter X · The era of abundant action
The internet made information flow.Artificial intelligence is making knowledge flow.