Automated Regression Testing for Integrated Air Traffic Management Systems
The only platform specifically designed for fully automated testing of complex ATM environments.
Testing innovation
With our test automation tool, we support air navigation service providers, ATM suppliers and aviation stakeholders in building flexible, future-proof systems.
- Automated regression testing for integrated ATM
- Realistic ATM scenarios for end-to-end tests
- Faster cycles: hours instead of weeks
A solution that makes the operation more stable.
For real ATM operations
It automatically tests real-world ATM scenarios, simulating and validating operational behavior.
One platform
Complete test automation across the entire ATM ecosystem
HMI / GUI automation
You can interact with ATM HMIs exactly like an air traffic controller.
OLDI / AIDC / FMTP simulation
Simulating neighboring FIR environments and coordination processes.
ASTERIX / Radar simulation
Generate realistic radar traffic as part of automated tests.
Quick start, internal ownership
The system can be used independently based on its documentation, but the implementation is accelerated by training and expert support. The goal is that testing knowledge can be formalized, transferred and retained by the team in the long term.
Before every release, you worry: have we found all the bugs?
Discover how the ATM system test tool can transform your air traffic management system testing strategy.
Air traffic control testing
What is an ATM system testing tool?
This is an automated regression testing platform developed for air traffic management (ATM) systems. It enables on-demand, repeatable, automated testing that provides reliable evidence that the system is working as intended.
What interfaces and channels can it handle?
It also handles GUI/HMI automation, radar (ASTERIX) simulation, OLDI/FMTP message traffic and AFTN over IP communication.
What types of tests can it be used for?
It is also suitable for smoke, regression and end-to-end tests, as well as error reproduction and environment management.
Does it require programming skills?
Programming knowledge is not required, but due to the low-code approach, ATM domain knowledge and operational insight are more important.
What is the tangible result?
Faster test cycles (hours instead of weeks), more runs (hundreds instead of thousands), and earlier bug detection for more stable operation.
