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CAM-581

Eighteen minutes in one queue, four in the one beside it

Check-in hall at half past six. On the left, the line of staffed desks with their signs above; on the right, the bank of self-service machines for dropping a bag. In front, a belted snake with two hundred people inside it. The thing is, the two queues are nothing alike: the desk queue is running at eighteen minutes and the self-service one at four. And five desk positions have their screens switched off. IRIS measures the wait in each queue, how many people are inside it and how many positions are open while people wait.

Check-in hall at half past six. On the left, the line of staffed desks with their signs above; on the right, the bank of self-service machines for dropping a bag. In front, a belted snake with two hundred people inside it. The thing is, the two queues are nothing alike: the desk queue is running at eighteen minutes and the self-service one at four. And five desk positions have their screens switched off. IRIS measures the wait in each queue, how many people are inside it and how many positions are open while people wait.
CAM-581IRIS VisionLive

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AI-generated image

CAM-581 · 2 LINES · 2 ZONES · LIVE

What IRIS understands

What it recognises in this scene

  • staffed desks
  • self-service bag drop machines
  • queue to the desks
  • queue to self-service
  • staff behind the desk
  • closed desk position
  • passenger waiting in the queue
  • apron seen through the window

What this camera gives back

Nobody gets an alert here. Here you get numbers.

  • 18 min+6 minWait in the desk queue
  • 4 minWait in the self-service queue
  • 210People in both queues
  • 6 / 11Desk positions open
  • 9 / minPassengers served per minute
  • 06:40Last updated

The figures on this screen are an example from the illustration, not any client's measurement.

How the counting works

Counting is not something you ask for. You draw a line.

Each queue has two lines: one at the mouth, where somebody joins it, and one right at the desk, where they are served. The time between the two is the wait. And there is a zone painted over the floor of each queue, telling you how many people are inside it at any moment. What IRIS follows is a silhouette within the frame, with no name and no face, and that trace is lost the moment it leaves the image. Neither the lines nor the zones are asked for in words: they are drawn once and there they stay, so a Monday in August and a Tuesday in February are measured the same way.

  • line at the mouth of the desk queue · Counting line
  • line at the mouth of the self-service queue · Counting line
  • desk queue zone · Dwell zone
  • self-service queue zone · Dwell zone

And also, one rule

You decide once. IRIS applies it always.

If

a queue goes over fifteen minutes of waiting

And alsothere are still desks closed on that same line

Then

  1. alert the hall supervisor with the queue, the minutes and the open positions
  2. show the self-service wait next to it, so people can be redirected
  3. log the episode for the report on desks open per hour
The instruction that set it up«Tell me if a queue goes over fifteen minutes and there are still desks closed.»

What changes

What changes for operations, for the passenger and for maintenance

The hall supervisor does not need to be told there is a queue: he can see it. What he needs to know at half past six is how many minutes it really is, in which queue, and how many positions he still has closed. With that he opens another one, sends someone to the mouth of the queue to move people to self-service, and sorts out in five minutes what otherwise takes forty. And at the end of the month he has the curve per time slot to agree with the airlines how many desks have to be open at each hour, with a measured number instead of an argument.

What people usually ask

How does IRIS know how many minutes the wait is?

With two lines drawn on the image: one where you join the queue and one where you are served. The time between the two is the wait, and because the lines are always drawn in the same place, today's figure and the one three months from now are measured the same way. That is the difference between measuring and estimating: nobody has to time anything or ask anyone how long they have been there.

Does it recognise passengers in order to follow them through the queue?

No. IRIS does not recognise faces and does not know who anybody is. What it follows is a silhouette inside this frame while it is in view, with no name and no identifying feature, and that trace is lost as soon as the person leaves the image. There is no record of anybody, nothing is matched against any list, and the route of a particular person through the airport cannot be reconstructed.

If I open another desk, does the figure pick it up?

Yes, and that is why the number of open positions is counted too. A waiting figure without that beside it is no use for deciding anything: fifteen minutes with eleven desks open and fifteen minutes with six are two different problems and they are fixed differently. The wait and the open positions are measured together and shown together.

Demo · IRIS at work

This isn’t a video. It’s a slice of the real screen.

A summary of the real interface, played hands-free. You see one case from start to finish; what you do not see are the other screens, and there are many.

  1. Checks the whole system
  2. Flags what is failing
  3. Puts it on one screen
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And the best part

A whole afternoon in front of a screennow fits into one written sentence.

The video has not changed: it is all still there, in the same place. What has changed is that you can ask it questions, and the answer comes with its camera and its time.

Tell us your problem and we will say whether IRIS understands it, or not yet.

We reply the same working day.