Run the building like a living system.

An AI agent that answers guest requests on the channels the property already uses, reads the live board and the property’s own policy before it replies, and acts inside the property systems. Anything outside its authority goes to the person on duty, with the whole thread attached.

• Answers on WhatsApp, web chat and voice, at any hour
• Checks availability and policy before it commits to anything
• Writes confirmed requests straight to the property system
• Hands over to the duty manager with the full context

A guest asks for a late checkout at eleven at night. The agent reads the actual availability, applies the actual policy, confirms it, and writes it to the property system — or escalates to the duty manager when the answer is not its to give. The measure is how few conversations a human has to touch, and how obvious it is which ones they should.

One allocation engine for rooms, housekeeping, maintenance and arrivals. It holds the whole property as a single state and re-solves it continuously, so every screen in the building shows the same, current board.

• Rooms, cleans, repairs and arrivals solved as one problem
• Every change re-solves everything it touches
• One board that is true at the moment it is looked at

Rooms, housekeeping, maintenance and arrivals solved together rather than in four separate systems that disagree. Every change ripples: a late departure moves a clean, which moves a turn, which moves an arrival. The engine re-solves continuously so the board an operator looks at is true when they look at it.

A dispatch engine for guest transfers. It assigns cars against live flight and ferry times, keeps the guest informed inside the thread they already have with the property, and re-plans the whole evening when one arrival moves.

• Assignments made from live flight and ferry data, not the booking
• Driver name and live position shared with the guest
• All assignments re-solved when a schedule slips

Transfers are dispatched against live flight and ferry times rather than the times on the booking. The guest sees the driver's name and position in the thread they already have with the property. When an arrival slips by forty minutes the whole evening's assignments re-solve, not just one car, so the driver who would have waited is somewhere useful instead. This is the operation Starktronix runs across the Aegean today.

A sequencing system for housekeeping. It orders the day’s rooms by when each is needed, routes every attendant the shortest way that respects that order, and closes rooms on inspection so reception sees ready rooms the moment they turn.

• Sequence set by arrivals, early check-ins, VIPs and departures
• Shortest attendant route that respects the sequence
• Rooms close on inspection and the board turns green one by one

Arrivals, early check-ins, VIPs and departure times set the sequence; the attendant's route is the shortest that respects it; an early arrival at reception re-orders the queue for everyone without a phone call. Inspection closes each room and the board turns green room by room, so reception can promise a room because it is actually ready.

An offer engine that contacts guests before arrival with upgrades and services checked against the live board, priced by the property’s own policy, and written back to the booking the moment the guest accepts.

• Every offer checked against real availability before it is sent
• Priced by the property’s policy, not a rate sheet
• Accepted in one reply and written to the booking

Two days before arrival the guest is offered the sea view, the late check-out, the transfer — each one checked against the actual board before it is offered, priced by the property's own policy, accepted in one reply and written straight back to the booking. Nothing is ever offered that will not be there when the guest arrives.

A review desk that gathers reviews from every channel into one queue, drafts each reply from the record of that particular stay, and holds every draft until a person releases it. A review that names a fault becomes a maintenance task.

• One queue for every review channel
• Drafts written from the booking, the messages and the service log
• A person releases every reply; faults become tasks

Reviews from every channel arrive in one queue. Before it drafts a word, the agent reads the booking, the messages and the service log of that stay, so the reply speaks to what actually happened. A person releases every reply; nothing is published unseen. A review that names a fault raises a maintenance task on the same board the operators already run.

An autonomous delivery platform for room service, amenities and linen. It navigates the property’s own captured plan, uses the lifts, re-plans around obstacles and returns on its own, on the guidance stack behind Starktronix’s field robots.

• Navigates the property’s captured floor plan
• Calls the lift, waits at the door, hands over, returns
• Re-plans around trolleys and closed corridors

An autonomous delivery platform runs the corridors on the same guidance stack that runs Starktronix's field robots, navigating the property's own captured plan: it calls the lift, waits at the door, hands over, and returns. When a housekeeping trolley blocks the corridor it re-plans around it. Staff keep the conversations; the robot keeps the corridors.

A rostering system that builds shifts from the week’s actual demand, arrivals, occupancy, events and transfers, re-solves as the week changes, and records every hour worked to the standard the Digital Work Card requires.

• Demand curve built from bookings, events and transfers
• Shifts and tasks re-solved as the week changes
• Every hour recorded with a query-ready audit trail

Arrivals, occupancy, events and transfers become the demand curve; shifts and tasks are allocated against it and re-solved as the week changes. Every hour worked is recorded to the standard the Digital Work Card requires, with an audit trail that answers an inspection in a single query rather than a week of reconstruction.

A capture and modelling service that turns the whole property into a measurable digital model, every room, corridor and service space at real dimensions. Refits are planned on it, and the operational systems route against it.

• Every space captured at real dimensions
• Refits planned against what is actually there
• The shared map that dispatch and the robots route on

The whole property captured to a measurable model — every room, corridor and service space with real dimensions. Refits get planned against what is actually there rather than the drawings from the last one, and the model becomes the shared spatial reference the operational systems route against.