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Lab · digital twin of operations

FlowTwin

How many baths does a new spa pavilion need? Where will a queue form at sunset in a supertall tower? FlowTwin calculates how people move through a building and share limited capacity, and turns it into schedules without a single conflict. It calculates, it does not guess.

Research and development · training and building now

What it does

  • Corridors, queues, lifts and schedules in one model
  • "What if": add a bath, a lift or a gate and see the effect at once
  • Spa and hotel schedules with zero conflicts
  • Checks any schedule, even one written by a chatbot
  • Runs at your premises or on our hardware in the EU
  • For everyday operations, not for evacuation or fire safety

Try it · calculated in your browser

One day in a building, in a few seconds.

Choose a building and move the sliders. The model simulates every person through the whole day: walking, queuing, being served. Then press "Recalculate": the result is identical down to the last digit.

–Average wait
–9 in 10 wait at most
–Bottleneck
–Still inside after closing
–Busiest corridor

Result fingerprint: –

Time –

Circle size = queue length · corridor colour = crowd density (A free flow … F crush)

    Illustration with made-up data. Everything is calculated directly in your browser; nothing is sent anywhere.

    Generative AI vs. our model

    The same task. Two very different answers.

    Generative AI strings together probable text, so a schedule from it looks convincing. Our model calculates it. Both sides go through exactly the same independent check.

    „Schedule 12 guests: 3 baths (30 min), 2 massage rooms (50 min), lunch 12:00–13:00, 10 minutes between procedures.“

    Generative AI · illustration

    Done! All guests have a slot and nothing overlaps.

    – conflicts found by the check

      Our model

      Calculated and checked: 0 conflicts.

      – conflicts found by the check

      Same schedule every time

      The left side is an illustration of typical mistakes, not the output of any particular product. Try it yourself: give the same task to a chatbot and send us its schedule, we will check it.

      One core · every building

      The rules change. The model stays.

      Space as a network of zones and corridors, people with their plan for the day, resources with limited capacity. The same core describes a spa as well as a tower; only the scenario changes.

      • Spas, wellness and hotels

        Baths, treatment rooms, therapists and meals in one schedule. How many places a new pavilion needs, before it is built.

      • Supertall and mixed-use towers

        Everyday operations: observation deck with timed tickets, sky lobbies, restaurants, service traffic and peak days.

      • Airports and stations

        Check-in, security and gates: where queues form and how many lanes to open, hour by hour.

      • Stadiums and arenas

        Arrival before a match, food and toilets at half time, transport after the final whistle.

      • Hospitals and clinics

        Outpatient clinics, examinations and waiting rooms: shorter waits without new rooms.

      • Factories and warehouses

        People, robots and material in one flow: where it gets stuck and how to fix it.

      How it works

      AI proposes. The simulator verifies.

      Speed from a neural network, certainty from calculation. A final number never comes from a guess.

      1. 01

        Deterministic simulator

        The source of truth: every person, every corridor, every minute. Same inputs, same result.

      2. 02

        Millions of variants

        On European supercomputers we run the simulator across huge numbers of buildings, capacities and days.

      3. 03

        A network that answers in milliseconds

        A neural network learns from them and answers "what if" instantly, right in the browser.

      4. 04

        Every proposal checked

        The best layout or schedule found by the network is recalculated by the simulator before you see it.

      Clear limits

      • Your data stays with you

        FlowTwin can run on a compact device at your premises or on our hardware in the EU. Guest and booking data never go to someone else's cloud.

      • Anonymous people

        The model works with anonymous agents, not with real persons. No cameras, no profiling.

      • Everyday operations only

        FlowTwin is not intended for evacuation planning or fire-safety assessment. Those belong to certified tools and fire engineers.

      Contact

      Want a solution like this for your company?

      Describe your idea, even if it is still taking shape. We will reply with a concrete proposal.

      Write an email Or ask AI Lucy right now
      Address
      C/ Tajinaste, 54, Pta. G4, 38620 San Miguel de Abona, Tenerife, España