ANSYS SCADE 2025 R1 is a robust model-based development environment for critical embedded software applications. It integrates seamlessly with configuration management, system simulation, and real-time testing tools.
ANSYS SCADE 2025 R1 Description
ANSYS SCADE 2025 continues to evolve, offering enhanced capabilities for developing reliable, safe, and efficient embedded software systems across various industries, including automotive, aerospace, and industrial equipment. ANSYS SCADE Suite provides an integrated design environment for simulating and building critical embedded safety software.
This suite includes the capabilities and tools necessary for management, model-based design, simulation, review, and standard code generation in building safety-critical applications. Through integration with the SCADE language (abbreviation of Safety Critical Application Development Environment), ANSYS SCADE 2025 R1 has provided a model-based development environment for building critical embedded safety software.
Features Of ANSYS SCADE 2025 R1
- Model-Based Design:
- Graphical Notation: Supports data flows and hierarchical state machines with unlimited nesting.
- Rule Checker: Ensures code compliance with standards using customizable Python-based rules and metrics.
- Bi-Directional Synchronization: Synchronizes between architecture and design models to streamline development and reduce duplication efforts.
- Simulation and Debugging:
- Visual Debugging: Provides a powerful environment to simulate and debug generated code, including breakpoints and watchpoints.
- Executable Designs: Simulates designs using automatically generated code for early detection of errors and automated non-regression tests.
- Automatic Code Generation:
- Code Generators: Generates C and Ada code from SCADE models, compliant with safety standards like DO-178B, DO-178C/DO-330, IEC 61508, EN 50128, and ISO 26262.
- Multicore Support: Supports parallelizable task identification for multicore code generation.
- Verification and Validation:
- Static Analysis: Checks model consistency and proper data flow typing.
- Design Verifier: Uses formal methods to verify safety requirements and find bugs early in development.
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