Automotive testing
Modern vehicle cockpits are fully digital communication, entertainment, and navigation systems. Test its reliability and security under varying conditions.
Challenge
Complex communication via multiple networks
Simultaneous communication via 4G/5G, WiFi, Bluetooth, V2X, and backend services.
Real-life instability
Roaming, signal loss, bandwidth fluctuations, latency spikes, or handovers between networks.
Fragmentation
Various IP technologies, legacy interfaces, proprietary systems, and specific implementations.
Security
Secure communication, authentication, encrypted updates, and protection against update failures.
Solution
Automated end-to-end validation
Test communication between cockpit systems, networks, backend services, cloud platforms, and devices automatically.
No simulations
Tests run on real smartphones, routers, infotainment systems, and SIM cards.
Interoperability checks
Validate signaling, APIs, VoIP, Bluetooth, mobile integration, and cross-device communication.
Repeatable regression assurance
Regression tests across firmware versions, device types, network conditions, and software releases.
What we can test
Real devices, no simulations
Instead of using simulators and emulators, our automated test cases run on real devices inside remotely accessible labs. Real communication hardware, SIM cards, telecom networks and infotainment integrations 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 automotive communication failures often appear only under real network conditions, real device behavior, or interoperability scenarios. The QiTASC framework validates exactly these scenarios.
Experts introduce automotive testing
Video: Automotive cockpit testing
An automotive testing expert explains how automative cockpit communication testing works.
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 InformationVideo: Real devices
Get to know the remote testing lab with the real devices used to test connected vehicles under real network conditions.
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 InformationWhy QiTASC?
Market vs. QiTASC – a comparison.
Criteria
Current market solution
QiTASC approach
Technical solution
Device testing
Heavy use of simulators
Execution with real devices
Remote lab
Network validation
Static lab environments
Real telecom conditions
2G, 3G, 4G, 5G, WiFi, VoIP integration
Automotive communication
Fragmented tooling
One end-to-end framework
Unified automation platform
Regression testing
High mannual effort
Fully automated execution
Reusable test scenarios
Cross-system validation
Limited interoperability coverage
Testing the full communication chain
Backend + device + network testing
Remote access
Local-only labs
Remote testing from anywhere
Web-based remote access
OTA & update validation
Partial automation
Continuous release assurance
Automated update verification
Reporting & analytics
Separate reporting tools
Integrated reporting & analysis
Integrated dashboardsBuilt-in dashboards & analytics
Ensure stable & secure automotive communication
Test infotainment, connectivity, mobile integration, and communication reliability with automated end-to-end testing on real devices and real networks.
