System Verifier
The future of engineering is here
Software-defined, AI-controlled systems are transforming industries—from aerospace and defense to automotive and industrial automation. But with this transformation comes complexity: as software workloads grow, electronic systems face higher risks of non-deterministic failure mechanisms. Traditional engineering methods and tools are no longer enough to anticipate these risks or prevent “integration hell.”
Enter Siemens System Verifier
System Verifier is a digital engineering framework designed to unify multilayer modeling and digitally threaded verification. It reduces system integration failures by bridging gaps between system architecture and implementation, enabling seamless, model-based, and verifiable engineering across all layers of electronics subsystems.
Why System Verifier matters
Current model-based systems engineering (MBSE) tools are often based on architecture models being document-based and disconnected diagrams, leaving gaps in the digital thread and reducing digital twin fidelity. These gaps are most severe in electronics design, where multiple decomposition layers create deep verification challenges. System Verifier addresses these challenges head-on.
Key Benefits
- End-to-end engineering: from requirements to implementation
- Early architecture trade-off analysis (including HW/SW decisions)
- Focused on electronics subsystems, applicable across all domains
- Verifiable, traceable requirements parameterization and allocation
- Architecture exploration and system decomposition
- Abstraction of complexity via black box/white box transitions
- Functional-logical-physical modeling at every layer
- Integrated system performance analysis
- Digitally threaded verification from models to implementation, integration and deployment
- Quantitative system verification coverage metrics
- SysML V2 language and repository conformant
The System Verifier framework
System Verifier combines model-based systems engineering with model-based verification through a modular toolset:
Innexis™ Architect Explorer
- Explore software and hardware architectures
- Rapid iteration and simulation of design alternatives
- Performance analysis and trade-off decisions
Questa One™ VeriThreader
- Repository-agnostic digital threading of requirement verification
- Traceability across cyber-electronics and embedded domains
- Compliance and verification workflows
Both tools can operate independently or as part of the integrated System Verifier Framework.
The bottom line
High-performance computing in mission-critical systems demands predictable, high speed, millisecond or higher response times. As AI, ML and other exploding workloads move beyond data centers, engineering disciplines must evolve. Siemens System Verifier provides the tools, frameworks, and services to ensure digital continuity, reduce integration failures, and enable cost effective next-generation system design.
