Critical infrastructure
Communication at power plants, hospitals & airports
This package validates reliable and secure communication across critical systems, including 450 MHz networks and renewable energy environments.
What the package includes
Software: Test automation framework intaQt
Automated end-to-end tests
Software: Distributed test execution
Tests across environments, locations, and infrastructures
Hardware: Remote & portable lab
Test in controlled environments and real infrastructure setups
Use Cases
This package enables end-to-end test automation for critical communication flows. It ensures reliable system behavior under real-world condition.
Sample use cases
Airport communication
450 MHz network communication
SCADA interface & control system validation
Hospital communication systems
Emergency & fallback communication
Multi-site communication across geographically distributed infrastructure
Video: How critical communication testing works
A QiTASC telecom expert explains how automated testing validates communication across distributed systems in critical infrastructure.
You are currently viewing a placeholder content from YouTube. To access the actual content, click the button below. Please note that doing so will share data with third-party providers.
More InformationTesting without scripting know-how
You can script your test cases using the English-based, easy-to-understand intaQt language. But you don´t have to.
Create effective test cases without any scripting or programming skills. Simply describe your intent in plain language – whether in English, German, French, Italian, Russian, or more – and receive a comprehensive test report.
Why critical infrastructre fails without automated testing
Critical infrastructure systems consist of tightly coupled, distributed components that rely on precise timing, consistent data, and coordinated communication.
Failures occur due to mismatches between control systems and networks, inconsistent data across interfaces, or unexpected behavior under conditions like load, failover, or configuration changes.
The mix of specialized networks (e.g. 450 MHz), legacy systems, and modern platforms increases interaction complexity. Without automated end-to-end validation, critical defects remain undetected until they impact live operations.
Key benefits of critical infrastructure package
Reliable communication flows
Ensure stable system behavior across critical infrastructure environments
Reduced operational risk
Detect issues early across systems, interfaces, and networks.
Faster validation cycles
Use one framework to test complex scenarios efficiently across distributed setups.
Scalable test coverage
Validate multiple systems, locations, and configurations in parallel.
Proven in complex environments
What makes us special
QiTASC combines deep expertise in telecom, network technologies, and complex system integration with a proven automation framework designed for distributed environments. Unlike many competitors focusing on isolated testing or specific system layers, QiTASC enables true end-to-end validation across networks, devices, and backend systems.
The intaQt framework supports large-scale, distributed execution across real environments, making it possible to validate complex communication scenarios under realistic conditions.
This approach ensures that not only individual components work correctly, but that complete communication chains across critical infrastructure operate reliably as a whole.
Combine your package in the future
Get comfortable with the critical infrastrucutre package. Later on, it offers the option to combine it with other packages to prevent outages.
Network monitoring
24/7 run of all services
Device verification
Mobiles, router, CPE and IOT devices
Ensure reliable critical communication
Get in touch to discuss how automated end-to-end testing can improve stability, reduce risk, and support your operations.