PCB board with a processor highlighted in the center.

Mission Critical Systems

The PAVE360-DE Adoption Service

This service enables teams to use PAVE360-DE methodology (incorporating the foundational elements of MBCSE) in designing and verifying mission-critical systems, including complex cybertronic designs with diverse implementation domains.

PAVE360-DE: Illustrating an holistic systems solution

The design of complex mission-level systems can be tackled through PAVE360-DE, which encompasses a Software Defined System Aware methodology. This new advanced form of systems engineering is implemented through the SDSA-CORE Framework, a holistic solution for system design based on Model Based Systems Engineering, and composed of core Siemens solutions for Architecture Exploration and Digital Threading.

 A large image of the MBCSE-CORE Framework
whitepaper

MBCSE-Tackling today's cybertronic design challenges

Cybertronic subsystems are a multi-disciplinary undertaking that include multiple design domains- from compute enclosure to chiplet design and multi-level software. In this whitepaper, you'll learn about how Siemens' PAVE360-DE (a.k.a Model-Based Cybertronics Systems
Engineering) methodology can tackle the challenges of designing and verifying these cyber-physical systems.

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whitepaper

The MBCSE Methodology Whitepaper- INCOSE IS 2024

Learn more about the MBCSE methodology (a key element of PAVE360-DE) and how it supports the holistic management of requirements, properties, and design data through this instructive whitepaper, delivered at the 34th Annual INCOSE IS24 Conference (Jul 2-6 2024 Dublin, IRL).

Image of PCB of a system with a processor highlighted at its center.

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