HMI Validation Systems

HMI Validation Systems

HMI Validation Systems


HMI Validation System is a professional CAN-based validation solution designed to test and verify the functional behavior of Human Machine Interfaces (HMIs). This system uses controlled CAN bus signal simulation and monitoring to validate whether the HMI responds correctly to different operating conditions. The solution works as a test environment where predefined or custom CAN scenarios are applied to the HMI under test. Based on these CAN inputs, the system verifies display indications, warning messages, and touch responses for correctness, timing, and logic. This approach ensures that the HMI behavior matches the intended CAN specifications.

The HMI Validation System eliminates the dependency on vehicle-based testing by providing a repeatable and controlled CAN testing setup. It enables engineers to detect functional issues, logic mismatches, and response delays early in the development and validation cycle.

This system is suitable for automotive instrument clusters, infotainment HMIs, commercial vehicle dashboards, and industrial HMI panels, and can be used across R&D, validation, and production testing environments. By enabling structured and automated validation, it improves product quality, reduces testing time, and minimizes field-level failures.

Get a Quote

Highlights

CAN-Based Validation

The system uses controlled CAN bus signal simulation to validate complete HMI behavior, including display indications, warning messages, and response logic, ensuring alignment with defined CAN specifications.

Vehicle-Independent Testing

Provides a structured test environment to validate HMIs without the need for an actual vehicle, allowing engineers to apply repeatable CAN scenarios and verify functionality under different operating conditions.

Reliable & Repeatable Results

Delivers consistent and repeatable validation outcomes by automating CAN-based test scenarios, helping reduce manual effort, minimize errors, and improve overall HMI quality.

Key Features

  • CAN-based signal simulation
  • Vehicle-independent HMI validation
  • Supports custom CAN IDs & signals
First Image
  • Validates gauges, icons & warnings
  • Controlled and repeatable test scenarios
  • Early detection of logic & indication errors
Last Image

Communication Protocol: MQTT is used to receive detection screen information from the testbot and to transmit the detected results back to the testbot in JSON format for validation.

Connector type: DB9

CAN Baud Rates: 5Mbps

CAN Database Support:

Repition ms : Configurable

CAN ID used for fuel gauge: 0x2BD

CAN ID used for teletale : 0x2BC

Test Modes: The test is performed using a live camera stream. Information is extracted from the live camera frames and processed to generate predictions.

Validation Type: The system recognizes and validates dial, image, and text widgets.

Operating Environment: Jetson AGX board, Python, AI models, with inference executed on GPU.

Applications

Automotive Instrument Cluster Validation

The HMI Validation System is used to test and validate automotive instrument clusters in real-time by simulating CAN bus messages that mimic actual vehicle conditions. This allows engineers to verify that all gauges, warning lights, indicators, and digital displays respond correctly under various scenarios such as acceleration, braking, engine start/stop, and fault conditions. By providing a controlled and repeatable CAN environment, the system ensures accurate functional validation without the need for a running vehicle, enabling early detection of logic errors, display mismatches, or delayed responses. This accelerates development, reduces testing time, and guarantees that the instrument cluster meets OEM quality standards before deployment.

Automotive Instrument cluster

FAQs

The HMI Validation System is a CAN-based solution designed to test and validate the functional behavior of Human Machine Interfaces (HMIs) in automotive, industrial, and commercial applications.