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Airport operations · systems survey

One operational picture for the whole airport day.

Veovo joins the flight record, the passenger movement and the resource plan on a single data layer, and turns the lot into decisions the desks can act on. This chart is the survey of that layer: what it reads, where it runs, and what the record shows.

Airports on the layer
140+
Countries served
23
Movements a year
4.5 m
Passengers a year
1 bn+
palomitera · airfield operations AH-01
16 34 A B C 24 31 40 52 TERMINAL T1 HS-1 N 0 500 m SCALE 1:20 000
Field survey · schematic, not to scale rev C

Sponsored Article. This page is paid promotional content created by Veovo. All product claims are the sponsor’s own statements. This is not an independent news article.

What the layer reads, symbol by symbol

An airfield chart starts with its key: every symbol, and what it stands for on the ground. Here is the same list for the platform — six parts, one record underneath.

Flight record

Every arrival and departure as one live record: schedule, estimate, stand, gate, belt. The airport’s own system of record, fed by airlines, handlers and the tower.

01

Movement sensing

LiDAR, 3D cameras and Wi-Fi readings measure where people actually are — queue lengths, walk times, dwell — instead of where a plan assumed they would be.

02

Prediction

The platform projects each reading forward: when a queue clears, when boarding starts, when a stand frees up — with confidence that narrows as the moment approaches.

03

Turnaround control

A-CDM target times shared between airline, handler and airport, so the off-block clock is one number for everyone watching the stand.

04

Flow, kerb to gate

Forecourt, check-in, security, retail, boarding read as one journey, with the pinch points named before the morning peak rather than after it.

05

Revenue engine

Aeronautical charges billed from the movement record itself — landing, parking and passenger charges — with the leakage between what happened and what was invoiced closed.

06

Four zones on the same field

An aerodrome survey divides the ground into zones and reads each one the same way. On the platform, the zones are where the data is picked up — and the record underneath is shared across all four.

Z-01 · landsidegrid D4

Kerb and forecourt

  • Drop-off dwell read from sensing, not estimated from the timetable
  • Car park occupancy and forecourt pressure on one reading
  • Transfers coordinated with ground transport before the peaks
Read from: sensors · transport feeds
Z-02 · terminalgrid E5

Check-in, security, retail

  • Security lane waits as live numbers, pushed to displays and staff
  • Retail conversion read against flow, zone by zone
  • Gate, belt and stand changes distributed the moment they land
Read from: sensing · flight record
Z-03 · airsidegrid F6

Apron and stands

  • Stand allocation with conflicts resolved before they bite
  • Turnaround milestones filed live from the apron
  • De-icing, towing and pushback windows on the same clock
Read from: ground teams · A-CDM
Z-04 · the layergrid G7

The record underneath

  • One flight record feeding displays, dashboards and billing
  • Cloud, on-premise or a managed service — same record either way
  • Open interfaces, so the airport keeps its own systems of choice
Read from: every zone above
Long terminal concourse with passengers walking between gates under a high ceiling
Terminal concourse: kerb to gate read as one journey.

Thirty-five minutes on stand

When an aircraft blocks onto the stand, a clock starts that most passengers never see. Deboarding, cleaning, catering, fuel and boarding all have to fit inside the same window — and on a busy summer morning, that window is the tightest scheduled stretch of the airline’s day.

The problem has never been the clock itself; it has been the number of clocks. The airline’s operations centre, the ground handler, the airport’s stand plan and the fuel contractor each used to keep their own count, and the first honest comparison often arrived after the door had already closed late.

The turnaround is won or lost in the gap between the plan and the actual — and both live on the same record.

Ops log, panel 04

Veovo is the platform around that gap. It files one flight record and shares it: the airline, the handler and the airport all read the same milestones, with a target off-block time that updates as the stand work moves. Manchester Airports Group reads passenger flow across its airports from LiDAR, 3D cameras and Wi-Fi on the same layer; Sydney Airport runs its operations and its billing from the record; Montréal–Trudeau took the current generation of the platform in September 2026.

The same record keeps the books honest: the charges for landing, parking and each passenger are read off what actually happened. That comes to roughly US$5 billion of aeronautical charges a year across the customer base, and the invoice and the movement log agree. Veovo itself is London-based, part of the Gentrack Group (NZX/ASX: GTK), and writes the software for all of it. The full module list is on the platform’s own site.

Ground crew working around an aircraft at a stand during a turnaround
On stand: the clock that closes the day.

The survey record

Every airfield survey carries its measurements. These are the platform’s own figures, as reported by the publisher, with the named deployments filed underneath.

RefElementReading
PL-01Airports running on the platform140+
PL-02Countries served23
PL-03Flight movements a year4.5 m
PL-04Passengers carried a year1 bn+
PL-05Aeronautical charges billed a year≈ US$5 bn
PL-06Parent companyGentrack Group · GTK

Figures are company-reported and move with each financial year. Nothing on this page is an offer, a price or a commitment; product details and availability live on veovo.com.

SYD

Sydney Airport

The airport replaced its legacy billing system with the platform’s revenue management module, running on the same movement record as its operations.

MAG

Manchester Airports Group

Passenger tracking and queue measurement across MAG’s airports, built on one of Europe’s largest airport LiDAR deployments.

YUL

Montréal–Trudeau

The current generation of the operations platform went live at Montréal–Trudeau in September 2026, alongside upgrades in New Zealand and Australia.

Read the chart, then read the source

Modules, deployment options and sales contacts are published by Veovo itself at veovo.com. This page surveys the platform as a promotional article — the vendor’s site carries the detail.

Go to veovo.com

No payment details on this page · This page is sponsored content · Product details and contacts live on veovo.com

Elevated view across an airfield with runways and taxiways laid out below
The airfield: every stand on one plan.

The questions that start the project

01 What does the platform replace?

Nothing wholesale. It sits above the systems an airport already runs — feeding the displays, the billing and the dashboards from one flight record — rather than swapping out the airline systems around it.

02 Is this page the platform itself?

No. palomitera.com is a published survey of it. The product, its modules and any commercial conversation live on veovo.com.

03 Where does the data come from?

Airlines and handlers file the schedule; sensing — LiDAR, 3D cameras, Wi-Fi — measures movement; the platform merges both into estimates and predictions, and publishes them back to the systems that need them.

04 How is it delivered?

Cloud, on-premise, or as a managed service, depending on the airport’s own constraints. The record and the modules are the same in each case; only the running of it shifts.

05 What does the revenue side actually do?

It turns the movement record into invoices: the charges for each landing, each parked hour and each passenger are counted from what happened on the ground — the part of the day that pays for the rest of it.

06 Who publishes this page?

The publisher is Veovo, 203 Eversholt Street, Kings Cross, London NW1 1BU, United Kingdom. Phone +44 (0) 203 9061 000, email [email protected].