Validation of ADAS Systems for Automotive
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Accelerate your ADAS development with scalable, automated validation workflows and full traceability. From sensor fusion to emergency braking.
Accelerate your ADAS development with scalable, automated validation workflows and full traceability. From sensor fusion to emergency braking.
Advanced Driver Assistance Systems (ADAS) must perform flawlessly across thousands of real-world scenarios. However, validating perception algorithms, sensor fusion, and control logic requires massive amounts of test data and high test coverage.
Manual orchestration, long validation cycles, and unstructured data storage slow down development and increase risk.
Advanced Driver Assistance Systems (ADAS) must perform flawlessly across thousands of real-world scenarios. However, validating perception algorithms, sensor fusion, and control logic requires massive amounts of test data and high test coverage.
Manual orchestration, long validation cycles, and unstructured data storage slow down development and increase risk.
Advanced Driver Assistance Systems (ADAS) must perform flawlessly across thousands of real-world scenarios. However, validating perception algorithms, sensor fusion, and control logic requires massive amounts of test data and high test coverage.
Manual orchestration, long validation cycles, and unstructured data storage slow down development and increase risk.
Advanced Driver Assistance Systems (ADAS) must perform flawlessly across thousands of real-world scenarios. However, validating perception algorithms, sensor fusion, and control logic requires massive amounts of test data and high test coverage.
Manual orchestration, long validation cycles, and unstructured data storage slow down development and increase risk.
// Example
// Example
// Example
A Tier 1 supplier uses Aturo to validate a radar-based emergency braking system across 100,000 km of recorded drive data.
The test workflow is automated end-to-end, with simulations running in parallel across on-prem hardware and the cloud.
Aturo’s governance features enforce data quality checks, and the test results are automatically linked to ISO 26262 requirements—ensuring auditability without manual tracking.
A Tier 1 supplier uses Aturo to validate a radar-based emergency braking system across 100,000 km of recorded drive data.
The test workflow is automated end-to-end, with simulations running in parallel across on-prem hardware and the cloud.
Aturo’s governance features enforce data quality checks, and the test results are automatically linked to ISO 26262 requirements—ensuring auditability without manual tracking.
"The sheer amount of data required for the software defined vehicle will be the biggest challenge on the road to achieving successful Level 4 and 5 autonomy."
Michael Zigldrum - DevGarten
Accelerate
Leaving space for focus, not infrastructure
Accelerate
Leaving space for focus, not infrastructure
Accelerate
Leaving space for focus, not infrastructure
Save
Retention policies & quality gates reduce cost
Save
Retention policies & quality gates reduce cost
Save
Retention policies & quality gates reduce cost
Traceability
From test to result. Knowing what happened. When.
Traceability
From test to result. Knowing what happened. When.
Traceability
From test to result. Knowing what happened. When.
Made by DevGarten
DevGarten GmbH
Rotteneggerstr. 10 85290 Geisenfeld
HRB 12206
UstID: DE355216607
Made by DevGarten
DevGarten GmbH
Rotteneggerstr. 10 85290 Geisenfeld
HRB 12206
UstID: DE355216607
Made by DevGarten
DevGarten GmbH
Rotteneggerstr. 10 85290 Geisenfeld
HRB 12206
UstID: DE355216607