Embedded Software-LRYPT Technologies

Ansys SCADE Architect

Ansys SCADE Architect provides a seamless and user-friendly design environment tailored for high dependability systems. With comprehensive features, it equips users with the necessary tools to design, verify, and synchronize systems, eliminating inefficiencies and redundancies in software design efforts.

Users can analyze system requirements, define system architectures, and effortlessly compare differences between system versions within the intuitive interface of SCADE Architect. This streamlined process enhances productivity, ensures accuracy, and facilitates effective collaboration across teams involved in system design and verification.

Automated system design
Model-based development
Safety-critical applications
Embedded software
Code generation
Formal verification

Ansys SCADE Display

Ansys SCADE Display serves as a versatile graphics design and development environment, catering to both embedded HMIs and their behavioral logic. Trusted by leading companies across diverse industries including aerospace, automotive, rail transportation, nuclear, and industrial sectors, SCADE Display stands out as the preferred HMI display software prototyping and development tool.

Ideal for critical embedded display systems, SCADE Display offers robust support for designing and implementing intricate graphical interfaces with precision and reliability. Its comprehensive features and intuitive interface empower designers and developers to create sophisticated HMIs while ensuring compatibility with behavioral logic, thereby facilitating seamless integration and enhancing user experience across various applications and domains.

Embedded display rendering
Graphical prototyping
HMI logic design
Interactive simulation
Design checking
HMI testing automation

Ansys SCADE LifeCycle

Ansys SCADE LifeCycle enriches the capabilities of Ansys SCADE tools by introducing add-on modules that seamlessly connect SCADE solutions with Requirement Management tools or PLM/ALM (Product Lifecycle Management/Application Lifecycle Management) tools. This integration enables integrated traceability to requirements and automatic documentation generation, aligning with standards and minimizing inefficiencies throughout the development process.

With SCADE LifeCycle, all teams involved in critical applications development can effectively manage and control their design and verification activities across the entire life cycle of SCADE applications. By streamlining processes and ensuring comprehensive traceability, SCADE LifeCycle enhances collaboration, promotes adherence to standards, and facilitates efficient project management from conception to deployment.

Requirements management
Model-based design
Verification and validation
Configuration management
Change management
Documentation and reporting

Ansys SCADE Suite

Ansys SCADE Suite serves as a model-based development environment dedicated to ensuring exceptional product safety, reliability, quality, and compliance. Designed for critical embedded software, it empowers users to design and validate software systems with minimal project certification costs, thereby optimizing efficiency and cost-effectiveness.

With its formally-defined Scade language, SCADE Suite offers an intuitive and unambiguous notation, facilitating clear communication and precise modeling throughout the software development lifecycle. By leveraging SCADE Suite, engineers can navigate complex design challenges with confidence, ensuring that critical embedded software meets stringent safety, reliability, and compliance standards without compromising on quality.

Model-based design
Simulation and testing
Code generation
Verification and validation
Integration with development tools
Safety-critical systems

Ansys SCADE Test

Ansys SCADE Test revolutionizes the testing process by enabling early validation and reducing late-stage design work. With SCADE Test, engineers can initiate requirements validation early in the development cycle and automate testing procedures to ensure compliance from the outset, minimizing the need for costly design changes in later stages.

The comprehensive interactive testing environment of SCADE Test simplifies prototyping and validation through graphical widgets. Additionally, the software automates model test execution, facilitates reporting of model coverage results, and streamlines test translation for hardware targets. By leveraging SCADE Test, engineers can accelerate the testing process, enhance efficiency, and mitigate risks associated with late-stage design modifications, ultimately fostering smoother development cycles and improved product quality.

Test case creation
Test data generation
Test execution
Coverage analysis
Requirements-based testing
Integration with tools

Embedded Software