Hospital communication
Modern hospitals rely on secure and reliable interconnected communication and workflows across clinical applications, wireless networks, medical devices, and backend infrastructures.
Challenge
Complex interoperability between systems
HIS, EHR, LIS, RIS/PACS, mobile devices, sensors, and external services must exchange data reliably.
Critical reliability under real-world conditions
Stable communication during network congestion, roaming, wireless interference, or high system load.
Multiple standards & legacy integrations
Healthcare environments combine various interfaces across modern infrastructures.
Security, compliance & patient safety
Secure authentication, encrypted data transfer, auditability, and uninterrupted operation must protect patient data and clinical workflows.
Solution
Automated end-to-end validation
Test complete communication of hospital systems, apps, devices, backend systems, and services.
No simulations
Tests run on real smartphones, tablets, sensors, medical devices, routers, and systems.
Interoperability checks
Validate HL7, FHIR, DICOM, APIs, wireless communication, and backend integrations automatically across multiple systems.
Regression assurance
Regression tests across software updates, device generations, workflows, and infrastructure.
What we can test
Real devices, no simulations
Instead of using simulators and emulators, our automated test cases run on real devices. Smartphones, tablets, medical communication devices, wireless and telecom networks represent reality on a higher level.
Users can execute tests from anywhere via remote lab access. They can interact with the devices the same way manual interaction would allow them to.
This matters because healthcare environments often appear only under real network conditions involving multiple systems, wireless communication, and device interoperability. The QiTASC framework validates exactly these scenarios.
Experts introduce automotive testing
Video: Hospital communication testing
A communication expert explains how to test healthcare workflows and communication.
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More InformationVideo: Real devices
Get to know the remote testing lab with the real devices used to test connected vehicles under real network conditions.
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More InformationWhy QiTASC?
Market vs. QiTASC – a comparison.
Criteria
Current market solution
QiTASC approach
Technical solution
Device testing
Simulation-heavy validation
Execution with real devices
Remote lab
Interoperability testing
Fragmented toolchains
Unified end-to-end automation
HL7, FHIR, DICOM integration
Wireless healthcare validation
Limited real-world testing
Real network conditions
WiFi, mobile & IoT testing
Regression testing
High mannual effort
Fully automated execution
Reusable automated workflows
Clinical workflow validation
Interface-level focus
Full process-chain validation
Backend + device + network testing
Remote access
On-site testing dependency
Remote execution and monitoring
Web-based remote labs
Compliance & reporting
Separate reporting tools
Integrated analytics & evidence collection
Automated dashboards & logs
Scalability
Difficult to expand
Flexible automation infrastructure
Automated testing environments
Ensure stable & secure hospital communication
Test healthcare workflows, medical device communication, interoperability, and wireless infrastructure with automated end-to-end testing on real devices and real networks.
