

Omnichannel was a data problem in disguise. The retailer's 500 stores and three warehouses ran on overnight batch syncs, producing phantom inventory and fulfillment failures on one in four orders — roughly $15M a year leaking out of the business.
An event-driven inventory platform: (1) Kafka pipelines capture every movement — sale, return, transfer, receipt — in real time across 500+ locations; (2) a centralized engine maintains a single-truth stock view with sub-second latency across stores, warehouses and channels; (3) AI order routing picks the optimal fulfillment location by proximity, stock, shipping cost and speed; (4) ML demand forecasting predicts SKU-level demand per location to drive replenishment.
Bolt treated omnichannel as a latency problem. Every inventory event — sales, returns, transfers, receipts — was captured in real time through Kafka pipelines spanning 500-plus locations, replacing the overnight batch that created phantom stock. A centralized inventory engine maintained a single source of truth with sub-second update latency across stores, warehouses and online channels. On top of that live view, an AI routing layer selected the optimal fulfillment node for each order by weighing proximity, available stock, shipping cost and delivery speed automatically. ML demand models forecast SKU-level demand per location at 93% accuracy, driving smarter replenishment and cutting dead stock. The result closed the gap between event and truth — and the revenue followed. Delivered production-ready in 20 weeks, principal-led.
Real-time event streaming across 500+ stores and three warehouses, single-source inventory engine with sub-second latency, AI routing and SKU-level forecasting. 20-week build, principal-led.
Multi-location retailers running batch inventory syncs across stores, warehouses and e-commerce, where stockouts and fulfillment failures — not channel strategy — are the real revenue leak.






