
Verify your Sensor Simulation

Simspector Checker Bundles
Standardized verification reports
If you are developing sensor models, or your are using sensor models from a supplier, the models need to be tested. Automate the verification of sensor model outputs and 3D assets with Simspector Checker Bundles.

The ASAM QC Framework
The ASAM Quality Checker Framework is an open source project enabling standardized checks of ASAM files and formats. Checks are organized in so-called Checker Bundles. To check standard compliance, ASAM provides official Checker Bundles for the ASAM OpenX standards.
More than Standard Compliance
The ASAM QC Framework also enables the development and integration of custom Checker Bundles to test for more than just standard compliance. These Checker Bundles can be seamlessly combined with the checks for standard compliance to create a powerful verification. With the standardized report format, all checker results can be viewed in the provided QC Framework GUI.


Integration in Simspector
Our custom Checker Bundles can be executed standalone locally or in a Continuous Integration pipeline. Additionally, the checks are also integrated in Simspector. While manually analyzing simulation data in Simspector, you have direct access to automatically generated verification result and metric.
Simspector OpenMATERIAL 3D Checker Bundle
Check your ASAM OpenMATERIAL 3D compliant 3D assets with further metrics. Set thresholds for the number of vertices of a model, check textures and the existence of UV maps, check if all materials and textures are mapped to ASAM OpenMATERIAL 3D material property files or if there are gaps in the material definitions.


Simspector OSI Checker Bundle
Coming soon: Check your ASAM OSI trace files with further metrics. You tooling needs a specific set of OSI fields to be set? You need certain fields to be within a defined value range? You expect a defined number of sensor detections on a specific ground truth object? All of this can be checked with the Simspector OSI Checker Bundle.