Model Based Design
& Simulation
Model-based design (MBD) and model-based systems
engineering (MBSE) supportstructured development of embedded systems.
SimuQuest tools enable system modelling, simulation, validation, and integration across embedded software development workflows.
Simuquest uses Model Based Design (MBD) and Model-Based Systems Engineering (MBSE) to enhance efficiency in the development of embedded software. UniPhi helps easily spot design issues, helps in resolving software defects, and also synchronizes design and implementation. QuantiPhi acts as a chip configuration and driver integration tool and helps developers by generating code for the entire model. VenetDCP connects numerous models and development tools and enables co-simulation by connecting different simulation environments.
UniPhi
Architecture and mode
data management platform
QuantiPhi
Chip configuration and driver
generation tool
VenetDCP
Distributed co-simulation platform
for multi-model environments
UniPhi
acts as a centralized architecture and data management for model-based design. Apart from instantly resolving software defects, UniPhi comes with several features like real-time collaborative engineering, visualization of embedded software architecture, automated model integration, and customizable rule checking with mitigations. UniPhi also comes with AI capabilities for automating software testing, synchronizing design with implementation, managing project portfolios, and automates engineering consistency. It helps developers spend time fixing defects and synchronizes design and implementation.
QuantiPhi
Ensures a seamless interface between your application and hardware through easy configuration of device drivers, while enabling automatic generation of production-ready embedded code.
QuantiPhi is a robust chip configuration and driver tool that provides a direct link from Simulink to your ECU. It automates the generation of low-level driver and hardware interface code, while managing chip-related hardware and software complexities.
- Eliminatesthe need to navigate complex reference manuals
- Automatically generates optimized driver and configuration code
- Simplifies management of chip-related hardware and software issues
- Enables seamless development of embedded applications powered by advanced control algorithms.
VenetDCP
Distributed co-simulation platform for connecting diverse simulation driven development models.
VenetDCP enables collaborative model-based definition (MBD) with a distributed simulation approach. It promotes collaborative development by seamlessly integrating simulation tools.
The main facets of VenetDCP are
- Joint verification environment that links multiple models, development tools, and companies.
- Highly suitable for supporting advanced systems such as autonomous driving and advanced driving assistance systems (ADAS).
- Strong platform for improving quality and boosting productivity.
- Ensure secure data handling by connecting development environments without disclosing any confidential information.