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Automated Verification and Validation

Enabling the automation of regression testing, verification, and validation within a functional safety environment

 

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System of Systems vs. On-Road Validation

 

Automating functional testing of complex systems and establishing regression testing capability in a functional safety environment is essential for product and vehicle acceptance and certification.

With millions of lines of code in autonomous vehicles, the establishment of automated testing systems and processes will be crucial considering the safety-critical environment. 

Traditional human on-road validation cannot keep up with the speed at which changes occur on a product and the interactions of the systems within the vehicle. 

Regression testing of the system of systems within the vehicle is absolutely required in a safety-critical environment.

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Learn More About Our Systems of Systems Approach for ADAS

 

Mockup- The Guidelines for Developing Test Solutions for Advanced Driver Assistance Systems (ADAS)_2

 

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Automated Test Equipment (ATE) Development

Automated Test Equipment (ATE) Development

Input: Hardware and software requirements and implementation

Output: Automated test systems design that eliminates manual steps and re-work

Full Turnkey V&V

Full Turnkey V&V

Input: Systems, software, and hardware requirements, business processes, and tools

Output: Verification and Validation (V&V) of systems, including development of test equipment, and processes documentation

ADAS and Autonomy V&V

ADAS and Autonomy V&V

Input: Vehicle systems requirements, design, and existing processes

Output: State-of-the-art solution that address the latest standards and regulations

Tool Integration and Automation

Tool Integration and Automation

Input: Systems, software, hardware, project management, test tools, and workflows

Output: Definition of an optimized workflow that reduces manual labor, and optimizes the utilization of the tools addressing the state-of-the-art in standards

HardwareSoftware Troubleshooting

Hardware/Software Troubleshooting

Input: Systems, hardware, and software design specification and details
Output: Design review with recommendations for solutions

Production End-of-Line ATE

Production End-of-Line ATE

Input: Product design details and requirements

Output: Automated Test Equipment (ATE) usable on the factory floor to automate tests and troubleshoot issues in production

 

 

 

 

 

 

 

 

 

 

 

Bring Functionally Safe Products to Market Faster with Test as a Service 

 

In a world where there are millions of lines of code in a single application, testing has become a critical part of an organization’s infrastructure for safety validation. Test as a service leverages existing test infrastructure and web-based interfaces to help software developers bring new products to market faster with fewer bugs and mitigated risk. 

At LHP, we have decades of testing experience and functional safety knowledge to safely and efficiently bring products to the market.  

 

LHP’s 4-part approach addresses every step of an organization product lifecycle. 

 

Gap Analysis 

  • Assessment of test methodologies against the requirements of functional safety for EV and AV 
  • Recommended action plan

Training 

  • Customized training for your systems  
  • Functional safety training for automation 

Implementation 

  • Design of automated test systems 
  • Integration of ALM configuration control and corporate toolchain 
  • Independent verification and validation

Automated System of Systems Validation

  • You’ll receive: 
    • Functional safety certified automated test systems 
    • Regression testing platform 
    • A critically-safe system
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Need Guidance on How to Approach Test as a Service Adoption? 

 

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