AI Hospitality Management Platform

Cameras, AI scenarios, events, notifications, KPIs and integrations for managing service, kitchen operations, staff and guest experience in restaurants, cafes and chain venues.

5-15%reduction of hidden losses and missed revenue
10-20%growth in service speed and table turnover
24/7control of service, kitchen, cash desk and staff
IP camerasworks with existing video surveillance
iiko / r_keeperintegrations with POS, CRM, BI and reporting
Cloud / On-Premquick launch and network scaling
Background

Most restaurant processes are still controlled manually

Cameras are already installed, but are usually used only to review incidents. The manager does not see the full picture across the hall, kitchen, cash desk and staff, while service standards depend on the shift and individual employees.

Human factor

Violations are noticed after the fact, and service quality depends on the attention of the manager and shift lead.

Hidden losses

Guest walkouts, slow pickup, returns, write-offs and cash desk exceptions are not combined into one operational picture.

No objective KPIs

It is difficult to compare restaurants, shifts and teams by speed, standards and reasons for deviations.

Late decisions

By the time the video archive is reviewed, the issue has already affected the guest, the check or the reputation.

Where efficiency is lost

Where does a restaurant lose revenue and service quality?

Losses occur every day because of inefficient processes, staff mistakes and lack of control in key zones. AI turns video surveillance from a passive archive into an operational management loop: events, reasons, KPIs, notifications and evidence base.

Dining hall and service

Long guest waiting time, empty or dirty tables, low turnover and missed upsell.

Kitchen and pickup

Delayed food pickup, order assembly mistakes, overholding, returns and product losses.

Staff and discipline

Idle time, phone use, uneven workload, violations of uniform and service standards.

Guests and service

Leaving without ordering, low repeat visits, negative experience and no managed customer journey.

5-15%missed revenue
10-20%turnover losses
15-25%excess staff costs
24/7automatic event capture
Before

Cameras only record video

  • The manager checks video selectively.
  • Reports are prepared manually.
  • Service speed and loss reasons remain approximate.
  • Network standards are difficult to control consistently across all locations.
After

AI records events and calculates KPIs

  • Queues, tables, pickup, kitchen, cash desk and staff are monitored in real time.
  • Events go into a journal with frames and video clips.
  • The network manager sees comparisons across restaurants, shifts and teams.
  • Scenarios can be expanded without replacing cameras.

Standard compliance

Checking presentation, ingredients, garnish, decoration and visual deviations.

Order not picked up

An event is created if a dish stays at pickup longer than allowed.

Completeness error

Checking order contents and key elements before handoff to the guest.

Cold dish

Control of temperature deviations and delays between preparation and pickup.

Interfaces

Violation journal, event cards, dashboards and analytics

The interface separates operational work and management analytics: the operator processes events and evidence, while the manager reviews dynamics, SLA, statistics and location comparisons.

Interface with violation cards

Violation journal

A unified event feed with filters by restaurant, zone, status, violation type, employee and time.

Specific violation card

Event card

Evidence frame, video clip, event ID, time, camera, responsible person and processing history.

Restaurant operational dashboards

Operational dashboards

Queues, cash desk, kitchen, pickup, tables, staff and SLA in one manager view.

Analytics and statistics for a restaurant network

Reports and statistics

Comparison of locations, shifts and teams, violation trends, service dynamics and management reports.

Implementation

From one restaurant to a unified digital network loop

The project can start with one location and a limited detector set, then expand scenarios, zones and integrations.

Pilot

Start with a small pilot and clear algorithms

For the first stage, we select 3-5 scenarios where results can be easily checked by video, events and KPIs. After the pilot, we add new detectors and scale the solution to the network.

guest and unique visitor counting queue, waiting and service speed kitchen order, PPE and sanitary rules pickup zone, unserved orders and cash desk dirty tables, first approach and table turnover new detectors after effect validation
01

Camera and zone audit

We define the hall, kitchen, cash desk, pickup and service control points.

02

Quick start

We connect core scenarios to existing IP cameras without purchasing new equipment.

03

Events and KPIs

We configure the journal, notifications, roles, dashboards and management reports.

04

Scaling

We connect new restaurants, AI scenarios, integrations and a unified Control Tower.

Cloud / SaaS

Fast connection, cloud reports, events, notifications and centralized analytics.

On-Prem

Deployment on the customer's internal infrastructure: server, roles, archive, reports and integrations.

Hybrid

A combination of local processing, cloud analytics and a gradually expandable model library.

AI Factory

Adding new scenarios without a long development project

The platform supports a module library and tools for adding new models: new dish classes, violations, service events, zones, rules and reports can be expanded as the network develops.

labelingfine-tuningVLM/LLMsynthetic datarollout
Integrations

Connection with corporate systems

Events and KPIs can be sent to POS, CRM, BI, 1C, iiko, r_keeper, Telegram, Email, SMS and internal network management systems.

iikor_keeper1CCRMBIAPI

Want to test the platform at one location?

We will select 3-5 pilot scenarios: pickup, queue, cash desk, kitchen, staff or guest journey. After the pilot, we will scale to the network.