Airport communication
Modern airports need to ensure reliable and secure interconnected communication workflows across air traffic, ground operations, mobile networks, operational, and safety infrastructures.
Challenge
Seamless communication infrastructures
Airports operate across VHF, VoIP/SIP, LTE/5G, WiFi, analog, ISDN, and proprietary systems.
Reliability under operational pressure
Communication failures can directly impact passenger experience, operational efficiency, and safety-critical airport processes.
Critical interoperability coordination
New services, technologies, devices, and infrastructure upgrades must continue operating without disruption with existing systems.
Security & compliance
Resilience against cyber threats, KPI monitoring, traceability, and uninterrupted service availability.
Solution
Automated end-to-end validation
Test complete communication between control centers, operational systems, mobile devices, radio technologies, and backend infrastructures.
No simulations
Tests run on real devices, smartphones, radios, SIM cards, network components, and systems.
Interoperability verification
Validate Push-to-Talk, VoIP/SIP, LTE/5G, WiFi, analog, ISDN, and hybrid communication flows.
Regression assurance
Regression tests across software updates, roaming conditions, operational flows, and infrastructures.
What we can test
Reliability during operational changes
Airport communication infrastructures combine radio communication, VoIP/SIP, LTE/5G, WiFi, operational applications, and backend systems from different vendors.
During migrations, infrastructure upgrades, or software updates, communication must remain stable. This includes communication between control centers, ground staff, mobile devices, and operational platforms. Airport operations cannot be interrupted. QiTASC validates these end-to-end communication workflows under realistic network, roaming, handover, and load conditions.
Automated tests run with real devices and integrated backend systems. This helps identify interoperability issues, unstable communication behavior, and operational risks before productive deployment.
Experts introduce airport communication testing
Video: Airport communication testing
A communication expert explains which airport communication workflows and devices can be tested.
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More InformationWhy QiTASC?
Market vs. QiTASC – a comparison.
Criteria
Current market solution
QiTASC approach
Technical solution
Airport communication testing
Simulation-heavy validation
Execution with real devices
Remote lab
Interoperability testing
Fragmented tools and technologies
Unified end-to-end automation
VoIP, LTE/5G, WiFi, analog integration
Operational workflow validation
Isolated subsystem testing
Full communication-chain testing
Airport operations + backend + network
Roaming & mobility validation
Limited real-world scenarios
Real mobility & handover testing
2G, 3G, 4G, 5G, WiFi, roaming validation
Regression testing
High manual effort
Fully automated execution
Reusable automated workflows
KPI & monitoring
Separate monitoring solutions
Integrated reporting & analytics
KPI dashboards & trace collection
Remote access
On-site testing dependency
Remote execution and monitoring
Web-based remote labs
Security & resilience
Partial security validation
Continuous resilience assurance
Automated failover & stress testing
Ensure stable & secure airport communication
Test operational workflows, voice communication, roaming, interoperability, and critical communication infrastructures with automated end-to-end testing on real devices and real networks.
