Smiling man in a grey suit standing on an airport apron, with a parked aircraft, cargo carts and a city skyline behind him

Airports · Rail · Cruise · Ferry

Connectivity for Today’s Transportation Hubs

Connect passengers, staff, airlines, operators, tenants and IoT across complex transportation environments with centrally managed Wi-Fi, authentication, policy control and resilient network services.

From seamless Passpoint onboarding and differentiated access to Wi-Fi offload and private 5G integration, ANTlabs provides the access and policy layer needed to manage the entire hub from a common platform.

Top

Different users. Different services.

One hub has to serve far more than passenger Wi-Fi

Public access, airline operations, staff connectivity, tenant services and IoT can share the same infrastructure without sharing the same policies, bandwidth or security requirements.

Business traveller using Wi-Fi on laptop at airport departure gate
Passengers & Travellers

Fast, familiar access

Public Wi-Fi, Passpoint, QR or boarding-pass onboarding, multilingual portals and optional premium access.

Staff, Airlines & Operators

Policy-controlled access

Authenticated services for staff, airlines, contractors and operational teams with differentiated service levels.

Retail, Lounges & Tenants

Isolated tenant services

Dedicated bandwidth, segmented access and tenant-specific policies for retail, lounges, media and concessionaires.

IoT & Operational Systems

Controlled network segments

Separate wired and wireless services for IoT and operational systems without mixing them with public access.

Seamless access

Bring Wi-Fi, roaming and mobile access into the same service strategy

Give each user group the right way to connect while keeping authentication, policy and service control consistent across the hub. Passengers can join through Passpoint, OpenRoaming, QR codes, a captive portal or boarding-pass integration, while operators can offer complimentary and premium service classes and use operator AAA and SIM-based authentication for Wi-Fi offload, so every connection method follows the same access policy.

Identity verification and access authentication at transportation hub gate
01Passenger access

Connect Seamlessly

Support Passpoint / Hotspot 2.0, OpenRoaming, QR, captive portal and boarding-pass integration so users can get online with minimal effort.

Passpoint · OpenRoaming · QR · Captive Portal · Boarding Pass

02Service differentiation

Differentiate Services

Deliver complimentary access, premium high-speed services, tenant connectivity and service classes matched to different operational needs.

Free Access · Premium Tiers · Tenant Services · Service Classes

03Wireless convergence

Converge Wi-Fi & Private 5G

Integrate operator AAA and SIM-based authentication for Wi-Fi offload, while extending the architecture toward private 5G and MPN deployments.

Operator AAA · SIM Authentication · Wi-Fi Offload · Private 5G / MPN

Operational control

Keep the network ready when demand changes quickly.

Flight banks, major events, delayed departures, large tour groups and ship calls can concentrate thousands of users into the same area. ANTlabs modules help operators apply bandwidth, segmentation and resilience policies before congestion becomes a passenger problem.

01Advanced QoS

Protect service quality under load

Control per-user throughput and differentiated classes so heavy sessions do not overwhelm shared public areas.

02Multi-WAN

Use multiple internet links

Combine multiple WAN connections for additional capacity and resilience when an ISP link is unavailable.

03PAN & Multi-Tenancy

Separate users and services

Keep passenger, tenant, airline, staff and IoT traffic isolated while managing them on a common platform.

04Event Manager

Prepare for scheduled peaks

Pre-configure service policies for planned events and predictable traffic changes rather than adjusting them manually at the last minute.

Transportation environments

Built for high-volume public spaces where connectivity is part of the journey.

The same access, policy and management platform can support very different movement patterns across air, rail and sea terminals. Airports serve passengers, airlines, staff, lounges and retail across terminals and gates; rail stations handle steady commuter flows through concourses and platforms; cruise terminals face sharp embarkation and disembarkation peaks; and ferry ports need fast onboarding and repeat access for frequent sailings and short passenger dwell times, all with consistent authentication and policy.

Busy international airport terminal concourse with passengers and wayfinding signs

Airports

Passenger, airline, staff, lounge, retail and operational connectivity across terminals, gates and public zones.

High-volume commuter rail and train station with passengers in motion

Rail & Train Stations

High-volume commuter access across concourses, platforms and shared public spaces with consistent authentication and policy.

Modern cruise and ferry terminal interior with large glass windows

Cruise Terminals

Connectivity designed for large embarkation and disembarkation peaks, tenant services and rapidly changing passenger populations.

Commercial port and ferry terminal infrastructure with maritime logistics

Ferry Ports

Fast onboarding, repeat access and multi-site service consistency for frequent sailings and short passenger dwell times.

ANTlabs platform

One access and policy layer across the transportation hub.

ANTlabs works with the existing access network and internet infrastructure to add authentication, policy, segmentation, QoS and centralised service management.

Who We Connect

  • Passenger Wi-Fi
  • Staff & airline networks
  • Retail & tenant services
  • IoT and operational systems
  • Private 5G / mobile users

ANTlabs Solutions Components

  • SG Express/SG Pro
  • vSG Express/vSG Pro
  • Tru’Auth AAA where required
  • ANTlabs Service Platform
  • Advanced QoS, PAN & Multi-WAN
  • Event Manager

ANTlabs Solutions Capabilities

  • Authentication & policy
  • Bandwidth & service classes
  • Network segmentation
  • Analytics & reporting
  • Central management

The deployment can work with existing access points, wireless controllers and WAN services, allowing ANTlabs to fit into the transportation operator’s current infrastructure rather than requiring a full network replacement.

Product line

Gateways

SG Express and SG Pro service gateways, including SG Pro 5410 for large venues, with intelligent traffic management, flexible time and volume accounting, and bandwidth control for shared public networks.

Explore Gateways →

Product line

Cloud

ASP Cloud and Private ASP let you monitor the network over the web and monetize Wi-Fi with data analytics, as a cloud service run by ANTlabs or a private deployment.

Explore Cloud →

Use cases

See how airports put ANTlabs to work

Explore how ANTlabs supports airport Wi-Fi in practice, from boarding-pass login and free and paid access to segmented, high-density terminal networks.

Case study · Doha, Qatar

Your Boarding Pass Is Your Wi-Fi Login

Hamad International Airport onboards passengers with boarding-pass and booking-reference login, backed by geo-redundant ANTlabs gateways across two data centers.

Read the case study →

Case study · Beirut, Lebanon

One Airport Network, Free and Paid Wi-Fi

Operated by Ogero, Beirut airport gives every passenger a free session and sells premium access online by card or through agents, all from one ANTlabs gateway and portal.

Read the case study →

Use case · Airports

Smart Airport Wi-Fi, Ready for What’s Next

Turn airport Wi-Fi into a segmented, monetizable service platform with Passpoint onboarding, multi-tenancy, dynamic QoS, analytics and a path to private 5G.

Read the use case →

Use case · Airports

Connected Terminals, Better Passenger Experience

High-density airport Wi-Fi with flexible passenger onboarding, multi-tier bandwidth control and portal management across terminals.

Read the use case →

Airports · Rail · Cruise · Ferry

Plan connectivity for your next transportation hub.

Talk to ANTlabs about passenger volumes, user groups, access requirements, network architecture and future Wi-Fi or private 5G plans.

Passengers waiting in a modern airport terminal with glass walls and a steel roof structure