Digital Product · Food Technology
A mid-sized restaurant group operating across multiple locations needed to replace their paper menus and manual order process with a modern, integrated digital platform — without disrupting daily operations.
The client operated six restaurant locations with paper menus, phone-in orders, and a manual table management process that created bottlenecks during peak hours. Menu updates required reprinting across all venues — a slow, expensive, and error-prone process. There was no visibility into order volume, popular items, or revenue by location.
They had tried an off-the-shelf solution, but it was too generic, too expensive per-seat, and couldn't handle their multi-location structure without significant manual overhead.
We began with a discovery week embedded with the operations team — observing peak service, interviewing front-of-house staff, and mapping every pain point in the current flow. The architecture decisions flowed directly from what we observed:
"The first weekend after launch, online orders tripled. Staff stopped taking orders by hand entirely within two weeks." — Operations Manager
The system was built as a Next.js front-end with a Node.js API layer and PostgreSQL for transactional data. Menu content was separated from the ordering system intentionally — allowing marketing to update items and imagery without any engineering involvement.
Each venue runs as an independent tenant within the same infrastructure, sharing the central menu engine but maintaining separate analytics, cash reconciliation, and staff accounts. The deployment runs on a single Kubernetes cluster with per-venue namespace isolation.
Deployment was completed over a single Sunday morning with zero downtime. All six locations went live simultaneously. Within the first month, online orders increased threefold compared to the previous phone-based system. Menu update time dropped from two days (reprint cycle) to under three minutes.