Verification and validation

Ensure advanced driver-assistance system (ADAS) and automated driving (AD) safety from development to commercial deployment.
See the workflow
“[Applied Intuition’s] impressive and modern technology stack brought us in, and their professionalism, passion, and attention to detail made us stay.”
Joel Skoghammer
Lead Engineer of Autonomous Transport Solution

Customer challenge

Autonomy programs need to ensure the performance and safety of the systems they develop within an operational design domain (ODD).
Complex safety requirements
Unbounded ODD
Limited regulatory guidance

Applied Intuition’s solution

Applied Intuition’s verification and validation (V&V) solution provides a comprehensive workflow to ensure ADAS and AD safety.
Define requirements and set up traceability
Craft a comprehensive scenario library
Execute scenarios intelligently
Define and measure coverage

Establish a rigorous V&V process

01

Create a validation plan

Define requirements and your ODD. Establish a clear process to manage thousands of requirements and success criteria.
02

Define test plans

Write and manage thousands of test cases. Generate millions of scenarios programmatically or by using AI to ensure sufficient coverage of all requirements, capabilities, and the ODD.
03

Execute test plans

Identify relevant test cases from large parameter spaces (auto-sampling). Create and execute scenarios in simulation to save time and costs compared to real-world testing.
04

Analyze results

Pinpoint top issues in your stack and assess whether the system is safe to deploy. Build customizable visualizations and identify areas to improve coverage. Utilize natural language prompts to explore both structured and unstructured data.

Establish a rigorous V&V process

01

Create a validation plan

Define requirements and your ODD. Establish a clear process to manage thousands of requirements and success criteria.
02

Define test plans

Write and manage thousands of test cases. Generate millions of scenarios programmatically or by using AI to ensure sufficient coverage of all requirements, capabilities, and the ODD.
03

Execute test plans

Identify relevant test cases from large parameter spaces (auto-sampling). Create and execute scenarios in simulation to save time and costs compared to real-world testing.
04

Analyze results

Pinpoint top issues in your stack and assess whether the system is safe to deploy. Build customizable visualizations and identify areas to improve coverage. Utilize natural language prompts to explore both structured and unstructured data.

Manage the entire V&V lifecycle

Scale scenario creation

Create scenarios at scale using parameter-based approaches and natural language, expanding coverage across your entire ODD.

Save testing resources

Use dense parameter sweeps to find failing scenarios automatically and efficiently.

Evolve your safety case

Manage your live safety case continuously according to the latest regulatory guidance.

Frequently asked questions

What are the typical steps involved in a comprehensive verification and validation strategy for ADAS and AD?
How does the definition of the operational design domain affect V&V processes for ADAS and AD systems?
What role does simulation play in the verification and validation of ADAS and AD systems?
What challenges should developers anticipate when implementing V&V processes for ADAS and AD?
How does V&V contribute to the lifecycle management of ADAS and AD systems?

Get started with verification and validation

Learn about utilizing V&V to develop fully functional and safe ADAS and AD systems.
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