Restaurant Management Software, Built for the Floor
Get a scoped estimateThe short version
A restaurant management system is used standing up, at speed, by people who can't stop to think about it. That's a different design problem from software used at a desk: the flows have to be fast and forgiving, the layout readable at a glance, and the whole thing has to keep working when the floor is full and the Wi-Fi isn't. We built a restaurant management app covering menu, orders and staff, and it was shaped by how service actually runs rather than how a spec imagines it.
What's included
What we build
Menu and modifier management
Menus with modifiers, combos, timed sections and instant availability toggles, editable by staff the moment an item runs out — no developer and no redeploy.
Order management
Taking, sending and amending orders across dine-in and counter, with order state as the core model so voids, transfers and splits behave predictably.
Table and floor tracking
Table state, covers and turn times, giving front-of-house a live picture of the room instead of a mental map that leaves with the shift.
Staff and roles
Server, kitchen and management views over one system, each scoped to what that role needs, plus the basics of shift and access control.
Kitchen coordination
Routing orders to the right station, prep status back to the floor, and a shared picture so front and back of house stop chasing each other.
Reporting
Sales, item performance and staff activity, so decisions about the menu and the roster rest on what actually happened rather than a hunch.
How we work
How we build it
- 01Design the order flow first and make it fast — it's the action performed thousands of times a day
- 02Let staff manage the menu themselves; an item that's out has to disappear in seconds, not a support ticket
- 03Assume a dropped connection and queue actions on the device rather than losing them
- 04Keep the common path obvious enough to learn in a shift and the rare actions out of the way
- 05Model order state carefully, since splits, voids and transfers are where these systems usually break
- 06Test on venue hardware under rush-shaped load, not on a quiet office network
Proof
Related work we've delivered
Client names are withheld by agreement — the case studies describe the problem and how it was solved instead.
FAQ
Questions we get asked
A packaged POS is the right call for a single site with a conventional service model, and we'll tell you when it is. Custom management software earns its cost when you run several venues with shared menus and reporting, when your service model doesn't fit the product's assumptions, or when you need it to connect to systems — your own app, loyalty, delivery — that the POS won't open up to.
Yes, and it's a core requirement rather than a nice-to-have. Items sell out, specials change and prices move mid-service, so staff can toggle availability and edit the menu directly. If changing the menu needs a developer, the system will be worked around within a week.
We design for connection loss where it matters most — taking and sending orders — by holding actions on the device and syncing when the network returns, with guards against double-firing. Full offline operation costs more, so we scope it to the actions that genuinely can't wait rather than the entire system.
Yes, and it changes the design: shared or per-site menus, consolidated and per-venue reporting, and a decision about whether pricing and permissions are set centrally or locally. That's worth settling before the build, because it shapes the data model underneath everything.
Yes — a restaurant management app covering menu, orders and staff, plus a café ordering and table-management app. The client names are withheld deliberately; we describe the systems by what they do.
Related
Related solutions
Need restaurant management software?
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Tell us how your operation runs today and we'll come back with what version one should contain — and what can wait.
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