Testing in critical infrastructure
Critical infrastructure sectors such as power supply, healthcare, water/wastewater, transportation, public authorities, and security services depend on highly resilient communication systems using 450 MHz networks. QiTASC can test that they remain reliable under all conditions, as disruptions can directly affect safety, public services, and national security.
How QiTASC tests critical infrastructure
The QiTASC intaQt framework validates communication over 450 MHz networks and other mission-critical technologies, addressing coverage gaps, interoperability between legacy and next-generation systems, cybersecurity, and service continuity under peak or emergency conditions.
QiTASC integrates 450 MHz mobile devices with interconnect tests, including Push-to-Talk, 2G/3G/4G/5G, WiFi, VoIP/SIP, analog/ISDN, and proprietary systems. It provides continuous network monitoring, 7×24 test case execution, integration with 450 MHz network interfaces, trace and evidence collection, KPI reporting, and AI-driven defect analysis and resolution.
These capabilities ensure that critical communication systems remain reliable, secure, and compliant.
List of use cases for critical infrastructure:
Emergency voice and data communication: Push-to-Talk/ group communication over 450MHz networks
Interoperability scenarios across 450 MHz, LTE/5G, WiFi, and proprietary networks used by utilities and authorities
Coverage and mobility validation across rural and urban areas with critical service requirements
Priority and pre-emption handling under high traffic conditions
Security and resilience checks against cyber threats and denial-of-service attempts
Operational monitoring and reporting
Integration with SCADA and control systems: Validation of communication between field devices, sensors, and central control centers to ensure uninterrupted utility operations
Video: Explaining testing for critical infrastructure
Can Davutoglu explains the use of QiTASC’s test automation software in a critical infrastructure project.
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More InformationBenefits – Efficient and reliable!
Zero-touch, low-maintenance automation:
Once set up, tests run without manual handling of devices, SIM cards, or other components. Built-in abstraction layers ensure updates don’t break existing scripts.
Accelerated projects & faster defect resolution:
Automation cuts execution time by up to 50% and speeds up issue fixing by automatically collecting, linking, and validating all process data.
Remote testing capabilities:
Control lab devices and tools from home with remote access, audio, and manual interaction support.
Easy test case development:
Our English-based automation language is learnable in 2–3 days, making test scripts a clear and shared communication tool.
Smart scheduling:
Test cases automatically align with available resources, covering the entire process from provisioning services and devices to automated execution, verification, and reporting.
One framework for lab and live:
The same automation system supports factory acceptance, lab integration, field acceptance, and live monitoring.
Deep, verified quality:
Automatically validate protocols, logic, headers, and data correlations. Continuous TIOBE-based checks ensure clean, reliable code.
Proven in complex environments:
Refined to handle the most demanding projects and systems without compromise.
Get all-in-one!
With our solutions for telecom and roaming, you can test services, processes, user experience, apps, load & stress, and more. Generate your reporting and data analytics – all in one.
