Design ohne Titel - 2025-10-29T151331.564

LIVE DEMO WEBINAR

How AI Accelerates Requirements Decomposition

WHEN?

03 December
3 PM CET

WHERE?

ONLINE

ReqDEC
BEST PRACTICES AND USE CASES

Revolutionize Your Requirements Decomposition

The decomposition of requirements is one of the most critical and effort-intensive steps in regulated product development. It’s essential for compliance with standards such as ISO 26262 and ASPICE — and it directly impacts product safety, consistency, and maintainability.

Join us for an exclusive joint webinar by NANGA SYSTEMS and Raiqon to see how AI-driven decomposition transforms this process. Learn how the Raiqon Platform, integrated with PTC Codebeamer and other ALM tools, automates the derivation of detailed system requirements while maintaining full traceability and compliance.

This live session will feature experts from Raiqon and NANGA SYSTEMS demonstrating the real-world impact of AI on requirements engineering — already proven by OEMs and Tier 1 suppliers to reduce decomposition effort by up to 80%.

JOIN US!

Live Demo: See ALM Innovation in Action 

Our Webinar is free to attend and offers a detailed live demonstration of AI-powered requirements decomposition. Don’t miss this opportunity to gain a competitive edge in requirements engineering and compliance-driven development.

Upon registration, you’ll receive a confirmation email with all details to join the webinar. The session will also be recorded, so even if you can’t make it live, you’ll have access to the valuable insights shared.

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Speakers

We are excited to announce that our webinar on  How AI Accelerates Requirements Decomposition will be presented by Gerald Neumann and Marc Dahlmanns.

Gerald Neumann

Managing Director

NANGA SYSTEMS AT

Marc Dahlmanns

Senior Solution Engineer

Raiqon

THE MODERN ALM SOLUTION

Codebeamer ALM

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Codebeamer 

CodeBeamer is an application lifecycle management (ALM) and software delivery tool that allows organizations to efficiently manage the development and delivery of complex software projects.

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