Darkstore automation

The store that
picks itself.

Automated storage and retrieval for quick commerce. Shelves come to people, not people to shelves.

Plan your darkstore
Stippled illustration of an automated storage grid with towers of totes
Chapter I · The problem

A darkstore promises minutes.
Its pickers spend them walking.

The order arrives as data in a second. Then someone walks an aisle, searches a shelf and walks back. More orders mean more pickers, more aisles and more rent, in the most expensive part of the city.

Chapter II · The idea

Goods
to person.

An ASRS keeps inventory in a dense, vertical grid of totes. Robots fetch the right tote and bring it to a pick station, in the order it is needed. The picker stays put. The store moves.

Stippled storage towersi · StoreBuild up, not out.Totes stack vertically, using the height of the building instead of its floor.
Stippled parcels on a platformii · RetrieveThe tote comes to you.Robots deliver totes to the station in sequence, ready before the picker asks.
Stippled robotic arm lifting a boxiii · PickOne tote. One pick.The right item, confirmed at the station. Then the next tote arrives.
Chapter III · Why ASRS fits

Small store.
Big catalogue.

DensityMore SKUs, same rentVertical storage holds a bigger catalogue in a small urban footprint.
SpeedNo walkingOrders queue at the station. Pick time becomes the only time.
AccuracyThe right tote, every timeThe system presents one tote and confirms each pick.
PeaksSurges without new aislesAdd robots for evening and festive peaks instead of adding people and space.
ReplenishmentRestock in the backgroundInbound stock flows through the same stations, between orders or overnight.
VisibilityEvery tote, liveInventory tracked in real time and synced to your systems.
Chapter IV · One order

From tap
to rider.

i
Order inReleased by priority and promise time.
ii
RetrieveRobots bring every tote the order needs.
iii
PickGuided picks at one station.
iv
PackBagged and labelled on the spot.
v
OutHanded to the rider.
Chapter V · Built by General Robotics

Mercury

Programmable robotic infrastructure for darkstores. Storage, retrieval and orchestration in one system.

Ask about Mercury
i
Capacity in incrementsStart with what the store needs. Add modules as orders grow.
ii
Fits existing buildingsDesigned for brownfield urban sites, not greenfield warehouses.
iii
One software layerRuns on the same stack as Navi, so storage and sortation speak one language.
iv
Built to be servicedReplaceable modules and remote diagnostics keep the store open.

Every minute in a darkstore
should move an order.

Plan your darkstore