XTM

Order faster and resolve issues without waiting on staff.

XTM is a restaurant ordering and customer service app for dine-in, takeaway, and delivery experiences. It helps guests place orders, request help, and track status from their phones while giving restaurant staff a simple queue to manage orders, complaints, and table support in one place.

Business Goals

  • Increase digital order conversion to 25% of all eligible restaurant orders within 90 days of launch.
  • Reduce average staff interruption time from guest service requests by 30% within 60 days.
  • Improve repeat usage to 35% monthly active return users within 6 months.
  • Drive at least 10% higher average order value through upsells and add-ons within 120 days.
  • Achieve 95% of customer support requests handled without manual phone calls within 3 months.

User Goals

  • Let guests browse the menu, customize items, and pay in under 3 minutes.
  • Allow guests to request help, refills, or order fixes without waving down staff.
  • Show clear order status so guests know when food is being prepared, ready, or delivered.
  • Enable staff to see all incoming orders and service requests in one prioritized queue.
  • Support fast reordering for returning guests and saved favorites.

Non-Goals

  • Replacing the restaurant POS system in the first release.
  • Building a full loyalty or gift card platform in MVP.
  • Supporting marketplace discovery across multiple restaurants in one consumer app.
  • Handling complex kitchen production planning or inventory management beyond basic order routing.

Dine-In Guest Priya, 31 - Priya is dining at a busy restaurant and wants a faster, less awkward way to order, ask for help, and pay without waiting for a server to notice her table.

Dine-In Guest Priya, 31

  • As a dine-in guest, I want to scan a table QR code and see the menu immediately, so that I can start ordering without downloading a new app.
  • As a guest, I want to request water, utensils, or help from my phone, so that I do not need to flag down staff.
  • As a guest, I want to split the bill or pay my share, so that checkout is quick and simple.

Shift Manager Carlos, 39 - Carlos runs service during peak hours and needs a clear view of orders, issue requests, and table status so the floor stays under control.

Shift Manager Carlos, 39

  • As a shift manager, I want to see every order and service request in one queue, so that I can prioritize the most urgent items first.
  • As a manager, I want to mark issues as resolved and add internal notes, so that handoffs between staff are clean.
  • As a manager, I want to pause items or mark them unavailable, so that guests do not order sold-out dishes.

Restaurant Owner Amina, 52 - Amina wants to improve table turnover, reduce labor pressure, and understand which menu items perform best without adding more operational complexity.

Restaurant Owner Amina, 52

  • As an owner, I want to see order volume, average ticket size, and service request volume, so that I can measure the app’s impact.
  • As an owner, I want to configure branding, menu categories, and hours, so that the app matches my restaurant.
  • As an owner, I want to export sales and order data, so that I can reconcile results with my POS and accounting tools.

Guest Ordering · High priority

  • Guests must be able to browse the menu, customize items, and place orders from a phone-based interface.
  • Support QR-code entry by table number or guest session token.
  • Show categories, item photos, modifiers, allergens, and availability in real time.
  • Allow add-ons, notes, quantity changes, and item-level validation before checkout.
  • Support guest checkout with optional phone number for receipt and status updates.

Service Requests · High priority

  • Guests must be able to request help and common service items without leaving the app.
  • Offer predefined request types such as water, napkins, cutlery, check-in, and bill request.
  • Route requests to the restaurant staff queue with table number, timestamp, and urgency.
  • Allow staff to mark requests accepted, in progress, and resolved.
  • Notify guests when the request has been acknowledged by staff.

Order Status and Notifications · High priority

  • Guests need clear feedback from order placement through completion, and staff need reliable status updates.
  • Display statuses such as received, preparing, ready, served, and closed.
  • Push updates through in-app messages and optional SMS for receipt links.
  • Handle delayed, cancelled, or substituted items with staff explanation.
  • Prevent duplicate order submissions with idempotent checkout handling.

Restaurant Admin Console · Medium priority

  • Staff and managers need an admin interface to configure the menu, availability, and workflow.
  • Manage menus, categories, modifiers, taxes, service charges, and restaurant hours.
  • Set item availability, 86 items quickly, and edit sold-out reasons.
  • Assign staff roles and permissions for server, manager, and admin views.
  • View order history and request history by date range and location.

Payments and Receipts · Medium priority

  • The app should support secure payment capture and post-payment receipt delivery.
  • Integrate card payments and Apple Pay or Google Pay for mobile checkout.
  • Support tip entry and suggested tip presets if allowed by the restaurant.
  • Generate digital receipts with order details, taxes, and gratuity breakdowns.
  • Allow refund or void flows to be initiated by authorized staff roles.

QR-to-Order Onboarding

  • Guest scans a table QR code or opens a short restaurant link.
  • System confirms restaurant, location, and table or session before showing the menu.
  • Guest chooses dine-in, takeaway, or delivery if available.
  • Guest adds items and reviews cart with transparent fees and estimated prep time.
  • Guest checks out or submits a service request in under 3 minutes on average.
  • Guest receives live status updates and can return to the session through the same link.

1. Open Session

  • The guest lands on a restaurant-specific session tied to a table, pickup slot, or delivery context.
  • Validate the QR code or session token and reject expired or mismatched links.
  • If the restaurant is closed or offline, show a friendly fallback with operating hours and contact info.

2. Browse and Customize

  • The guest explores the menu and modifies items before adding them to cart.
  • Show dietary tags, allergens, and unavailable items clearly.
  • Prevent checkout if required modifiers are missing or a selected add-on is out of stock.

3. Checkout or Request Help

  • The guest either pays for the order or submits a service request from the same flow.
  • Collect payment via card wallet or guest checkout with phone number if required.
  • Offer one-tap service requests like bill, water, or help with an optional note.

4. Track Progress

  • The guest follows order and request status in real time.
  • Update status instantly when staff accepts, starts, resolves, or completes actions.
  • If connectivity is poor, show a last-updated timestamp and retry state.

5. Close and Return

  • The session ends cleanly after payment, closure, or staff checkout.
  • Provide digital receipt and reorder shortcut for future visits.
  • If the session is accidentally refreshed or reopened, restore state without duplicating the order.

Advanced and Edge Capabilities

  • Saved favorites and quick reorder for repeat guests.
  • Multi-language menu support with automatic language selection.
  • Split payment by item or equal share for large parties.
  • Staff broadcast messages to a table for delays or substitutions.
  • Offline-tolerant staff queue sync for brief network interruptions.

Fast, Accessible Restaurant UI

  • Large tap targets, high-contrast text, and readable menu cards for low-light dining rooms.
  • Accessibility support for screen readers, keyboard navigation, and color-safe status indicators.
  • Sub-2-second menu load time on 4G for first contentful paint after QR scan.
  • Minimal-step checkout with persistent cart and clear action hierarchy.
  • Staff dashboard optimized for glanceability with color-coded urgency and queue counts.

Priya sits down at a packed restaurant and scans the QR code on the table. Instead of waiting for someone to bring a menu, she sees the specials, allergens, and drinks immediately, adds her meal, and asks for extra napkins from the same screen.

Her order appears on the staff dashboard within seconds, and the server accepts the request while the kitchen starts prep. Priya gets a status update when her food is ready, then pays from her phone without waiting for the check to be dropped.

For the restaurant, that means fewer interruptions, faster table turnover, and better visibility into what guests need. XTM turns every table into a controlled digital service channel, helping the team serve more guests with less friction.

User-Centric Metrics

  • Average time from scan to first order under 3 minutes for 80% of sessions.
  • At least 90% of service requests acknowledged by staff within 60 seconds.
  • Cart abandonment below 20% for returning guests.
  • Guest satisfaction rating of 4.5 out of 5 or higher after checkout.
  • At least 35% of users reorder or return to the session within 30 days.

Business Metrics

  • Increase digital order share to 25% of eligible orders within 90 days.
  • Improve average order value by 10% through add-ons and upsells within 120 days.
  • Reduce support calls and manual table interruptions by 30% within 60 days.
  • Achieve 70% restaurant activation to first live order within 14 days of onboarding.
  • Reach 85% monthly retention among restaurant admin users after 6 months.

Technical Metrics

  • 99.9% monthly uptime for guest ordering and staff dashboard.
  • API p95 response time under 300 ms for menu and status endpoints.
  • Order event delivery success rate above 99.5%.
  • Zero critical security incidents and all payment flows PCI-compliant through the processor.

Tracking Plan

  • Track qr_scan_started and qr_session_created.
  • Track menu_viewed with restaurant_id, table_id, and device type.
  • Track item_added_to_cart and modifier_validation_failed.
  • Track checkout_started, payment_succeeded, and order_submitted.
  • Track service_request_created, request_acknowledged, and request_resolved.
  • Track item_86_marked and menu_item_unavailable_viewed.
  • Track reorder_clicked and guest_returned_within_30_days.

Technical Needs

  • Next.js or React for the guest app and admin console.
  • Node.js with NestJS or Express for the API layer.
  • PostgreSQL for orders, menus, users, tables, and audit logs.
  • Redis for session state, queue coordination, and rate limiting.
  • WebSocket or SSE support for live order and request status updates.
  • Object storage such as AWS S3 for menu images and restaurant assets.
  • Background jobs via a queue such as BullMQ or SQS for receipts and notifications.

Integration Points

  • Stripe for payments, tips, refunds, and Apple Pay or Google Pay.
  • Twilio for SMS receipts and fallback notifications.
  • SendGrid or Postmark for email receipts and account messages.
  • Square, Toast, or Clover POS export integration where available.
  • Google Maps or internal location metadata for multi-branch restaurant setup.

Data Storage & Privacy

  • Store only the minimum guest personal data required for receipts and support follow-up.
  • Encrypt sensitive data in transit with TLS and at rest using managed cloud encryption.
  • Support GDPR and CCPA deletion requests for guest contact details and session history where applicable.
  • Keep payment card data out of the app by using Stripe-hosted or tokenized payment flows.
  • Maintain audit logs for staff actions such as refunds, item 86 changes, and request resolution.

Scalability & Performance

  • Design the guest experience for rapid bursts during meal rushes with queue buffering and autoscaling.
  • Cache menus and restaurant config at the edge to keep first load fast.
  • Use idempotency keys for order submission to prevent duplicate charges during retries.
  • Partition by restaurant or location to keep high-volume venues from affecting others.

Potential Challenges

  • Risk of duplicate orders during spotty connectivity; mitigate with idempotent checkout and clear pending states.
  • Risk of kitchen or staff overload from too many digital requests; mitigate with throttled request types and priority rules.
  • Risk of menu drift between XTM and the POS; mitigate with scheduled sync jobs and manual override controls.
  • Risk of poor adoption by staff; mitigate with a simple training mode and a dashboard that mirrors their daily workflow.
  • Risk of payment or privacy compliance issues; mitigate with a PCI-compliant processor and strict data minimization.

Team & resourcing - Small team - 2 engineers, 1 designer, part-time PM, and QA support during launch

Phase 1: MVP Ordering and Requests · Weeks 1-4

  • QR-based guest session entry
  • Browse menu, customize item, and submit order
  • Basic service request types and staff queue
  • Restaurant admin for menu setup and item availability
  • Stripe payment integration and digital receipt delivery

Phase 2: Live Operations · Weeks 5-8

  • Real-time order and request status updates
  • Staff roles and permissions
  • 86 item workflow and cancellation handling
  • Basic analytics dashboard for orders and requests
  • SMS fallback notifications via Twilio

Phase 3: Optimization · Weeks 9-12

  • Upsells and recommended add-ons
  • Split bill or partial payment support
  • Favorites and quick reorder
  • Performance tuning, caching, and autoscaling
  • A/B-ready event tracking for conversion and retention

Phase 4: Multi-Location Expansion · Weeks 13-16

  • Support for multiple restaurant locations
  • POS export and reconciliation reports
  • Localization and multi-language menu support
  • Advanced admin reporting and CSV exports
  • Production hardening, accessibility pass, and launch checklist

Paste this into Cursor, Bolt, Lovable, or v0 to start building.

Build a web app called XTM for restaurant ordering and customer service.

Use Next.js 14, TypeScript, Tailwind CSS, shadcn/ui, PostgreSQL, Prisma, Redis, and Stripe. Create two main surfaces: a guest-facing mobile-first app and a restaurant staff/admin dashboard.

Guest app requirements:
Scan/open a QR session link tied to restaurant and table.
Browse menu categories, item photos, modifiers, allergens, and availability.
Add items to cart, validate required modifiers, place an order, pay with Stripe, add tip, and receive a digital receipt.
Submit common service requests like water, utensils, bill request, and help.
Track order/request statuses in real time with WebSockets or SSE.
Handle expired sessions, sold-out items, payment failures, and duplicate submission protection with idempotency keys.

Staff/admin dashboard requirements:
Queue view for new orders and service requests with urgency/status filters.
Accept, prepare, resolve, cancel, and refund flows by role permissions.
Menu management for categories, items, modifiers, pricing, taxes, hours, photos, and 86/unavailable states.
Restaurant setup with branding, table/session management, and basic analytics.
Audit log for staff actions.

Data model should include Restaurant, Location, Table, Session, MenuCategory, MenuItem, ModifierGroup, ModifierOption, Order, OrderItem, ServiceRequest, Payment, Receipt, StaffUser, Role, and AuditLog.

Build the primary screens: QR session landing page, menu browser, cart checkout, order status page, service request modal, staff queue dashboard, menu admin editor, and analytics summary.

Add seeded demo data for one restaurant and three sample tables. Use responsive design, accessible color contrast, large touch targets, and fast loading states. Include API routes, server actions or tRPC, validation, and error states. Make the app production-shaped with clear folder structure, reusable components, and realistic empty states.

Business Idea

A restaurant app called XTM which is used for ordering and customer service

Make My PRD

Design by The Resonance | Powered by GPC – The AI Transformation Company

    PRD: A restaurant app called XTM which is used for ordering