Automotive Validation Solutions

Detect critical radar perception failures early with controlled and repeatable validation before vehicle integration.

Validate the autonomous vehicle's positioning, navigation, and timing (PNT) systems with repeatable and cost-effective testing.

Verify positioning and minimum set of data location reporting with realistic global navigation satellite system simulation.

Emulate complex NCAP traffic scenes for testing radar-based advanced driver assistance systems and AV features and functions.

Achieve precise radar azimuth angle measurements for automotive radar sensor testing with over-the-air (OTA) loss calibration. 

Assess how interference sources negatively impact the functionality of an automotive radar sensor with simulated radar interference testing.

Simulate scenarios with waveform generation, signal modulation, antenna modeling, channel simulation, and signal processing.

Automate human machine interface (HMI) testing, including validation of ADAS alerts, digital cockpits, and infotainment. 

Validate automotive Ethernet, MIPI A-PHY, OpenGMSL, ASA, and other communication technologies. 

Generate realistic network traffic and load conditions to validate automotive communication systems.

Analyze serial bus traffic alongside physical-layer signals to accelerate root-cause analysis and debugging.

Simulate cellular networks and PSAPs to validate global emergency call systems.

Validate V2X applications in virtual environments before hardware integration.

Validate V2X functional, protocol, and RF performance in repeatable lab environments.

Validate V2X communication between vehicles, roadside infrastructure, and large-scale V2X pilot projects.

Emulate cyberattacks to assess the security of vehicle components and subsystems.

Analyze data quality, explain AI models, assess model performance, and test inference behavior across the lifecycle.

Perform high-fidelity simulation for crash, safety, strength, and dynamics early in the vehicle development cycle.

Predict and reduce vehicle noise and vibration early in design to improve comfort and support noise compliance.

Simulate, validate, and optimize the entire die casting cycle for high-integrity, large car body structures.

Validate sheet metal formability, springback, and surface quality before production.

Use immersive VR to evaluate assembly processes, ergonomics, and operator safety before production.

Design, optimize, and test lighting, camera, LiDAR, and HUD systems. Analyze sensor performance for perception development and testing.

Use simulation-based optimization to develop LiDAR-on-chip sensors, VCSELs, photonic integrated circuits, and optical communication systems.

Perform panelized or non-panelized testing of PCBAs within a flexible and scalable test environment.

Program up to 20 boards with 160 flashing channels simultaneously using in-line flashing.

Reduce programming bottlenecks by balancing takt time across middle-of-line test stages.

Scale test capacity with standard or customized solutions configured to meet your specifications.

Perform automated EOL validation of EVSE functionality and communication across global charging standards.

Develop and deploy test plans faster while continually visualizing test execution optimization opportunities. 

Enable machine-to-machine communication between in-circuit test (ICT) systems, production equipment, and enterprise software platforms.