Model Based Design & Simulation
AI-Powered Tools for Modern Embedded Development
Simuquest delivers a next-gen approach to model-based design and simulation. UniPhi uses AI to synchronize design and implementation while eliminating defects early. QuantiPhi simplifies ECU driver integration, letting developers focus on control algorithms – not hardware. VenetDCP connects teams and tools in a privacy-aware co-simulation platform, enabling large-scale, collaborative validation of complex systems like ADAS and autonomous driving.
UniPhi
A collaborative single source of truth with an evolving rule-based AI to automate the detection and resolution of software defects.
Free engineers to focus on safety and innovation and unlock the true potential of an efficient software development process. UniPhi is powered by an evolving rule-based AI that automatically ensures all developers are held accountable to the same guidelines and converge towards the same requirements. With UniPhi, design and implementation are synchronized so that you spend less time manually finding and fixing defects and have more time to develop and test functionality.
UniPhi
A collaborative single source of truth with an evolving rule-based AI to automate the detection and resolution of software defects.
Free engineers to focus on safety and innovation and unlock the true potential of an efficient software development process. UniPhi is powered by an evolving rule-based AI that automatically ensures all developers are held accountable to the same guidelines and converge towards the same requirements. With UniPhi, design and implementation are synchronized so that you spend less time manually finding and fixing defects and have more time to develop and test functionality.
QuantiPhi
Easily Configure the Device Drivers for your ECU
QuantiPhi is a powerful chip configuration and driver integration tool that creates a direct, streamlined path from Simulink models to your ECU. It provides a seamless interface between your application and the underlying hardware.
- Eliminate the need to navigate complex MCU reference manuals.
- Automatically handle chip-specific hardware and software concerns.
- Focus your development efforts on crafting high-performance control algorithms.
- Accelerate embedded application development with fewer hardware distractions
VenetDCP
Distributed Co-Simulation Platform
VenetDCP is a distributed co-simulation platform introducing a modern approach to automotive development and beyond. It digitally interconnects diverse models, tools, and organizations – creating a collaborative environment for large-scale, privacy-aware simulation and joint validation.
- Enable early verification of complex, multi-system control architectures
- Ideal for advanced systems like autonomous driving and driver assistance technologies
- Boost productivity and quality by validating across teams, tools, and domains
- Secure data handling for cross-company development collaboration
VenetDCP
Distributed Co-Simulation Platform
VenetDCP is a distributed co-simulation platform introducing a modern approach to automotive development and beyond. It digitally interconnects diverse models, tools, and organizations – creating a collaborative environment for large-scale, privacy-aware simulation and joint validation.
- Enable early verification of complex, multi-system control architectures
- Ideal for advanced systems like autonomous driving and driver assistance technologies
- Boost productivity and quality by validating across teams, tools, and domains
- Secure data handling for cross-company development collaboration