Electric and autonomous vehicles have shifted from being mere futuristic concepts to a tangible reality within today's automotive industry. This signifies the advent of the EV/AV era, where an increasing number of traditional mechanical components are being substituted with electric and electronic counterparts. Furthermore, the incorporation of software modules into vehicles is reshaping conventional mechanical automobiles into mechatronic vehicles.
To facilitate the creation of ISO 26262 work products, such as Item Definitions, Hazard Analysis and Risk Assessments (HARAs), Safety Goals, Technical Safety Concepts, and Hardware Software Interfaces, Functional Safety software is indispensable. These work products seamlessly integrate with APQP/PPAP, streamlining the development of functional safety products and eliminating organizational obstacles.
By harnessing the V-Model and the MatrixDas Design & Process reuse capability, the development of functional safety work products can be significantly streamlined, resulting in reduced errors and enhanced efficiency.
Features & Benefits (Functional Safety Software - FSS)
Requirements Modeling
Requirements Traceability
Architectural Diagram
Functional Safety Work Products
ASIL Traceability
Design Tools
Integration
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