Capability 01
Point of sale and ordering
Tableside ordering, bar and restaurant terminals, configurable menus, promotions, payments, and controlled manager actions.
Software Platform Case Study
TableCore
An offline-first restaurant operating system combining point of sale, kitchen and table workflows, real-time operational control, fiscal compliance, and practical AI automation.
Sector
Restaurant operations software
Location
Spain and international markets
Offline-first restaurant operations
Connected POS, tables, kitchen, and staff
AI embedded into real workflows
01
Offline-first platform
02
Operational AI
03
Fiscal compliance
Project Overview
TableCore is a full operational product, not a restaurant website. It coordinates ordering, tables, kitchen work, staff, inventory, reporting, compliance, bookings, digital menus, and AI-assisted customer acquisition across multiple devices.
Project Context
The situation
A grounded view of the business context behind the project without inventing vanity metrics.
Why this matters
These case studies are intentionally commercial rather than theatrical. The point is to show how clearer digital structure can improve trust, handling, and market position.
01
High-volume venues cannot allow a poor internet connection to stop ordering, kitchen communication, or payment workflows
02
Restaurant teams need one operational view across tables, orders, staff, stock, reporting, and customer-facing channels
03
The product had to work across phones, tablets, computers, kitchen displays, and front-of-house terminals without expensive proprietary hardware
04
AI features needed to perform useful work inside the product, including booking optimisation and automated social content
05
Spanish fiscal requirements introduced immutable transaction, QR, signing, and submission workflows that had to be built into the operating model
What was built
The practical system, content, and structure decisions that shaped the project.
01
Offline-first restaurant operations
The platform is designed to keep core venue workflows available when connectivity is weak or unavailable, with peer-to-peer and later network synchronisation across devices.
02
Connected POS, tables, kitchen, and staff
Ordering, floor plans, kitchen displays, approvals, staff time, promotions, digital menus, and management reporting form one connected operating environment.
03
AI embedded into real workflows
AI supports front-of-house table optimisation, WhatsApp booking automation, and social media preparation rather than existing as a decorative chatbot.
04
Commercial and fiscal controls
Inventory usage, audit history, profitability reporting, manager approvals, VeriFactu, TicketBAI, signed records, and government submission requirements are handled as product responsibilities.
05
Multi-device product engineering
The experience is designed for the pace and constraints of hospitality across mobile terminals, fixed workstations, bar screens, kitchen screens, and manager interfaces.
Audience and objectives
Who the project was built for
Independent restaurants, bars, hospitality groups, and high-volume venues that need dependable operations without being locked into expensive proprietary point-of-sale hardware.
01
Keep critical restaurant workflows usable during internet disruption
02
Unify front of house, kitchen, staff, stock, bookings, reporting, and compliance
03
Make the platform deployable across common devices and operating systems
04
Use AI to reduce repetitive marketing and booking administration
05
Create a scalable software product with clear subscription positioning
Strategy and implementation
Turning the brief into a useful digital product
The decisions below connect the commercial objective to the structure, content, and user journey of the finished project.
01
Operational resilience
Offline-first behaviour and synchronisation were treated as core architecture because a restaurant cannot pause service while waiting for a remote server.
02
One product ecosystem
Customer-facing menus and bookings connect with live operational areas instead of becoming separate websites that staff must reconcile manually.
03
Purposeful AI
AI was placed in workflows where it could make decisions or prepare work: matching booking requirements, checking availability, selecting media, and drafting scheduled content.
04
Compliance by design
Fiscal records, approvals, audit trails, invoice integrity, and regulatory submission form part of the platform model rather than an after-launch add-on.
Functional scope
What the experience enables
Capability 02
Kitchen and floor coordination
Kitchen display workflows, table planning, bookings, walk-ins, live status, and device-to-device operational updates.
Capability 03
AI booking and marketing
WhatsApp reservation handling, intelligent seating assistance, content preparation, and scheduled social publishing.
Capability 04
Stock, people, and reporting
Ingredient-level inventory, variance signals, staff time, labour ratios, sales analysis, and operational dashboards.
Capability 05
Digital customer experiences
QR menus, digital menu boards, loyalty, gift cards, and direct connections to booking platforms.
Capability 06
Spanish fiscal compliance
Immutable transaction history, cryptographic records, fiscal QR codes, VeriFactu and TicketBAI-oriented workflows.
Search foundations
Built to support relevant discovery
Search visibility starts with useful page architecture, clear subject coverage, and language that matches how real customers research the service.
Product-category positioning
The content establishes TableCore as a restaurant operating system rather than narrowing it to a simple POS or digital menu.
Feature-intent architecture
Focused language covers offline restaurant systems, kitchen displays, table management, compliance, AI bookings, and hospitality operations.
Technical product signals
Software application schema, structured FAQs, detailed product language, and platform-specific pages support clearer search interpretation.
Commercial search journeys
Pricing, use cases, operational problems, and implementation reassurance support visitors comparing serious restaurant platforms.
Project FAQ
Questions about the work
Is TableCore more than a restaurant website?
Yes. It is an operational software platform covering point of sale, ordering, kitchens, tables, staff, inventory, reporting, customer experiences, AI workflows, and fiscal compliance.
Why is offline-first engineering important?
Orders and service cannot stop because a venue temporarily loses internet access. Offline-first architecture keeps critical work available and synchronises it safely when connections return.
How is AI used in the platform?
AI is integrated into specific operational and growth workflows, including booking assistance, table optimisation, WhatsApp interactions, and automated social content preparation.
Why the project matters
These notes are intentionally grounded. The point is to show the commercial and operational value of the work clearly, not dress it up with invented numbers.
01
TableCore demonstrates product architecture, real-time operational thinking, offline resilience, multi-device UX, AI integration, and regulatory engineering in one platform.
02
The work shows how CostaWeb can take responsibility for an operational product rather than only its public marketing surface.
03
Its complexity makes it a direct proof point for custom software, SaaS, workflow automation, and AI-enabled platform development.
Need similar work for your business?
If the business needs a stronger website, an internal system, or a more structured digital setup, the next step is to scope it properly.