The coordination layer for food commerce.
KOLSHEE begins with accurate commerce records inside participating stores. Those records can connect customer orders, pooled purchasing, suppliers, and logistics—then later support intelligence once the data loop is reliable.
Interface preview built on sample data. Kolshee is pre-launch — no live store figures are shown.
Food commerce is operating blind.
Stores, suppliers, restaurants, drivers and platforms each optimize alone. The result is duplicated routes, lost margin, and customers paying for inefficiency.
A $10 sandwich becomes $16 after delivery platform commissions, packaging fees, and surcharges.
Half-empty trucks repeatedly serve the same regions independently, doubling fuel and labor cost.
Manufacturers eat losses on unsold inventory and raise tomorrow's prices to recover.
Suppliers have no real signal on actual store-level demand — only last week's invoices.
Inventory, POS, payroll, suppliers, expenses — none of them talk to each other.
Drivers shuttle one order at a time, burning hours that should compound into earnings.
KOLSHEE coordinates the system that already exists.
Coordination is the default. KOLSHEE partners where specialists perform best and may selectively own strategic grocery locations where control improves execution, experimentation, and customer experience.
Independent network stores keep their ownership. Future KOLSHEE-owned stores form a separate controlled layer that can serve as retail, storage, fulfillment, and restaurant infrastructure. Both models use the same coordination network.
See the full loop →One system runs the entire store.
Twelve modules, one screen. Inventory, payroll, suppliers, procurement, costs, fulfillment — connected, measurable, and free for participating stores.
Tour the Store OS →Every store makes every other store smarter.
Pooled procurement, supplier scoring, demand-gap detection, pricing intelligence, waste reduction, regional forecasting. Operational, measurable, shared.
Seven stores buying tahini together on one lane could cut input cost by roughly a fifth.
A corridor-wide demand spike would reach suppliers the same week instead of next quarter.
A supplier drifting below network on-time average gets flagged before the invoices arrive.
Coordination beats fragmentation.
Density unlocks batching — more stops per window, fewer empty miles, lower cost to the customer. The network gets stronger the more participants run on it.
We frame the logistics mesh as future network optimization enabled by density — not as already-global integration.
- Smarter delivery batching
- Pre-packed grocery fulfillment
- Fewer empty routes
- Better driver utilization
- Lower logistics waste
- Lower customer cost
Building the infrastructure layer for food commerce.
Forecasting and optimization activate only after connected transactions produce a sufficiently reliable record.
Shared driver windows across grocery, restaurant and supplier flows.
Pooling across cities and regions to unlock manufacturer-level pricing.
A shared substrate for food commerce — open to operators, suppliers, and platforms.