When the promise is minutes, nothing can be batched.
Quick commerce removes every buffer that makes normal commerce forgiving. Stock has to be accurate to the moment, routing has to happen instantly, and a delivery promise you miss is remembered longer than one you keep.
Built for the constraints that define q-commerce.
Every part of this model is a response to one fact: there is no time to correct a mistake after the order is placed.
Real-time inventory
Stock positions accurate to the moment, because a fifteen-minute promise cannot survive a fifteen-minute-old stock figure.
Instant order routing
Orders assigned to a dark store and a rider on confirmation rather than in a batch, since routing latency comes straight off the promise.
Dark store operations
Location-level picking optimised for speed over volume, with pick paths designed around the fastest-moving lines.
Promise engine
Delivery windows generated from live capacity, distance and load, so the promise is honest at peak rather than only off-peak.
Substitution rules
Pre-agreed substitution logic for out-of-stock lines, so the order completes rather than being cancelled and refunded.
Peak handling
Capacity scales with demand, because q-commerce demand is not evenly distributed and the peaks are the whole business.
Three minutes, accounted for.
The order has to be assigned before it is acknowledged. Routing weighs live stock, distance and current store load in one decision.
- Live stock checked per dark store
- Distance and load weighted together
- Assignment on confirmation, not in batch
- Rejection rather than a false promise
Dark store picking optimised for speed, with pick paths built around velocity rather than around a conventional warehouse layout.
- Velocity-ordered pick paths
- Scan confirmation without slowing the pick
- Substitution applied by rule
- Short picks escalated immediately
Rider assignment and live tracking, with breach alerts raised before the customer notices the promise has slipped.
- Rider assigned at confirmation
- Live tracking written to the order
- Breach alerts ahead of the window
- Delivery performance tracked per store
The things buyers actually ask
Stock is held in the kernel and updated as orders are placed rather than synced on a schedule, which is the only way a short delivery promise stays credible.
Substitution rules you define are applied so the order completes where possible, and short picks escalate immediately rather than at the end of the pick.
Yes. Quick commerce is a configuration of the same kernel, so a q-commerce operation and a standard storefront can share catalogue, customers and reporting.
What this connects to
Every module runs standalone and every module talks to the kernel. These are the ones most often deployed alongside it.
Hyperlocal Commerce
Store-level stock, live delivery windows and neighbourhood pricing.
Open page → Platform · WMSWarehouse & Inventory
Bin-level control over what you hold, where it sits, and where it went.
Open page → Platform · OMSOrder Management
The full order lifecycle, across every channel and warehouse.
Open page →See routing and promise handling under peak load.
A working walkthrough with your catalogue, your order flow and your questions. No slideware.