AI-driven Requirements Traceability for Faster Testing and Certification

In this insightful webinar, "Streamlining Traceability: Automating the Path from Requirements to Tests", we will dive into the latest advancements in requirements traceability and test automation. Discover how to enhance your development process by seamlessly linking requirements to tests, reducing errors, and improving compliance in safety-critical industries.

Learn how automation tools can streamline traceability, save time, and ensure accuracy throughout the requirements lifecycle. Whether you're managing complex systems, navigating regulatory compliance, or optimizing workflows, this webinar is tailored to empower your team with actionable strategies and innovative solutions.

In this webinar, you will:

• Master AI-integrated Requirements Generation: Learn how to define, manage, and centralize requirements effectively with the Visure Requirements ALM Platform.
• Test Implementation and Execution: Explore efficient methods for implementing and running safety-critical test cases using RapiTest.
• Seamless Import-Export: Discover how to streamline workflows by importing test results and reports from Rapita into Visure.
• Conduct Traceability Analytics Reporting: Uncover Visure’s robust tools for mapping requirements to tests and generating traceability analysis reports.
• Future Trends in Innovation and Compliance: Examine the latest advancements in traceability automation, AI-driven requirements management, and compliance solutions.
• And much more!

Presenters:

Louis Arduin, Senior Consultant, Visure Solutions
Specialized trainer for safety-critical Requirements Engineering, Traceability, and Security Standards.

Anna Ruth Rowan, Senior Software Engineer, Rapita Systems 
They have an MSc in Computer Science from Sheffield University and were responsible for developing a significant percentage of RapiTest's requirements integration tooling.

Dr. Antoine Colin, CTO, Rapita Systems 
He earned his PhD in 2003 at the University of Rennes I for his work on worst case execution time analysis of real-time systems. Involved in research projects on various topics such as compilation and simulation for cryptographic processors and analysis of the impact of cache architecture for space applications, he has managed the development of the RVS software and RTBx hardware products for Rapita Systems.