Faster Time-to-Market with Automated Code Generation
Eliminate manual coding, reduce development errors, and accelerate production cycles with real-time validation and visual design tools that optimize embedded software efficiency. By using state machine-based design, teams can streamline workflows, ensuring structured and predictable system behavior in safety-critical applications.
Consistent Quality and Maintainability
Automated code generation ensures consistency across embedded applications, reducing variations, minimizing debugging efforts, and enhancing long-term software lifecycle management. The generated C/C++ code complies with MISRA C/C++, ensuring reliability and maintainability according to the IAR Visual State MISRA C/C++ Statement of Compliance.
Seamless Workflow from Design to Deployment
A fully integrated design-to-code process aligns software design with hardware constraints and system requirements, ensuring robust and efficient embedded applications. IAR Visual State provides state-machine-based modeling, which is particularly suited for safety-critical environments like automotive, industrial automation, and medical devices.
Accelerating Embedded Development with Model-Based Design
Model-based design simplifies embedded software development with graphical modeling, reducing complexity and improving efficiency. This structured approach ensures predictable execution, faster development, and is ideal for safety-critical and industrial applications.
Low-code development, a key part of model-based design, minimizes manual coding through automated code generation, enabling rapid prototyping and deployment. State-machine-driven development enhances consistency, eliminating translation errors and streamlining the transition from design to implementation.
Modern embedded development requires collaboration across engineers, domain experts, and software developers. Graphical state-machine modeling acts as a universal language, improving communication and maintaining consistency across teams.
IAR Visual State automates C, C++, C#, and Java code generation, eliminating hand-coding bottlenecks while supporting embedded and app development for desktop, mobile, and HMI applications. With architecture-agnostic compatibility across 8-, 16-, 32-, and 64-bit systems, it integrates with various RTOS/OS environments. Variant handling simplifies configuration, and hierarchical coding optimizes performance, making scaling projects easier.
Integrated Debugging, Compliance, and Functional Safety
Ensuring software reliability and compliance is critical as designs move from modeling to implementation. Real-time hardware debugging provides visibility into active states and transitions, reducing troubleshooting time. Automated MISRA C:2012-compliant code generation enhances integrity, while built-in validation detects deadlocks, unreachable states, and conflicting transitions early, minimizing deployment risks.
Aligned with IEC 61508 SIL3+ recommendations, IAR Visual State accelerates safety-critical development in automotive, industrial automation, and medical devices. By integrating model-based design, low-code development, automated code generation, and compliance enforcement, it ensures a seamless transition from concept to deployment.
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- Architecture and device agnostic
- Cloud-ready, tailored for enterprises
- Functional safety always included
- End-to-end embedded security
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