01
Clarity before decoration
Every screen should answer what is happening now, who owns the next action, and what changed.
About Hallify
Hallify
Built to remove operational drift
Restaurants do not fail because one screen is missing. They drift when floor, kitchen, stock, staff, guests, and money all tell different stories.
Live restaurant OS
Command Center
Live
Floor
A1
Open - 4 guests
B4
Waiting on mains
Patio 2
Reserved
Bar 6
Ready to close
Kitchen
Table B4Cooking
Station: grill - course 2
Table A1Ready
Partial pass ready
Patio 2Hold
Guest allergy note attached
Signals
Today net sales
$8.4k
Stock alerts
7
Guest profile matches
38
Product thesis
A restaurant OS should behave like the shift actually works
Hallify is being shaped around restaurant best practices: live operations, clean permissions, immutable financial facts, traceable corrections, and practical manager visibility.
02
Control without friction
Critical actions need permissions, clear state, and a record that can be trusted later.
03
Continuity across the shift
Guest, order, stock, staff, and payment context should survive handoffs between teams.
Coverage
What the product covers now
Hallify is being built as a real operating layer, not a static landing page promise.
1
Service loop
Host, floor, guests, and POS move through one service path.
Host
Reservations and waitlist
Reservations, waitlist context, guest lookup, history, and table handoff make the host desk part of the same live operating loop.
Guests
Guest CRM
Guest profiles, tags, notes, preferences, allergies, visit history, merge tools, and service warnings connect the host stand to floor and analytics.
Floor
Floor and table sessions
Rooms, tables, sessions, guests, item flow, split checks, transfers, merges, corrections, and post-checkout visibility stay in one service path.
POS
POS, payments, and corrections
Cashier workflows cover checks, payments, drawers, corrections, refund resolution, and payment history without mutating confirmed payment facts.
2
Production layer
Menu, kitchen, and stock signals stay connected before service breaks.
Menu
Menu, recipes, and variants
Menu items, variants, modifiers, recipes, allergens, kitchen station routing, and ingredient links turn the menu into an operating system, not a PDF.
Kitchen
Kitchen production flow
Kitchen queues, station settings, courses, cooking states, ready signals, partial passes, and cancellation context keep service and back of house aligned.
Stock
Inventory and purchasing
Ingredients, categories, suppliers, purchase orders, receipts, stock movements, thresholds, and history help the team protect margin without spreadsheets.
3
Control layer
Staff, analytics, and access controls keep the next shift explainable.
Staff
Staff, time clock, payroll
Staff directory, positions, schedules, time clock, payroll settings, tips, reports, and role-aware access connect people data to the shift.
Analytics
Operational analytics
Revenue, room performance, staff signals, stock alerts, and operational warnings are grouped into a manager workspace built for decisions.
Control
RBAC and audit-safe actions
Owner, manager, waiter, and chef access stays explicit. Sensitive actions are gated before the server rejects them, and operational changes stay accountable.
Operating model
One system, three operating views
The product is organized around the teams that run the shift, then connected by shared data.
Service
Front of house
Reservations, waitlist, guest profiles, floor sessions, item flow, split checks, and POS actions stay visible to the service team.
Production
Back of house
Recipes, variants, kitchen stations, courses, purchase orders, stock movement, supplier context, and production state stay connected.
Control
Management
Managers and owners get analytics, staff, payroll signals, role controls, audit context, and operational warnings.
Next step
Bring a real shift into the pilot
The next useful conversation is concrete: venue size, team roles, service model, and the workflows that need to go live first.