When Absolute Consistency is a must.

Intelligent embedded software tools for Model-Based Design

model based design tools

The paradigm shift you’ve been seeking.

SimuQuest intelligent embedded software development tools for model-based design empower you to make the paradigm shift — from time-consuming error resolution to flawless model delivery, from compliance concerns to failsafe performance, from complexity overload to simply powerful execution — by delivering… 

absolute consistency.

SOFTWARE SAFETY STANDARDS COMPLIANCE

UniPhi

Manage complexity, facilitate efficient collaborative development, and create error-free models with powerful centralized architecture and data management.
Explore UniPhi

QuantiPhi

Intuitive chip configuration, platform (BIOS/driver) code generation, and automated real-time error-checking – all seamlessly integrated with Simulink.
Explore QuantiPhi

Enginuity

Model and simulate with the virtual equivalent to a real engine with near real-time simulation – enabling rapid control strategy development.
Explore Enginuity

Your Markets

Whatever markets you serve — aerospace, automotive, renewable energy, medical, consumer products — with SimuQuest’s automated intelligence you can achieve faster development times, enhanced quality, and error-free releases.

model based design tools

We live in a digital world.

Why are errors still so common?

Embedded software development tools for model-based design

Software increasingly controls our devices and systems. There is an ever-growing pressure from customers and industry to add complexity to products, yet not enough support to mitigate the associated increased risk of errors. Ultimately, these errors can greatly impact business costs due to product failure, and more importantly, they can impact the safety of those who use the products.

Where is the gap? And why?

Current methods to maintain development consistency (spreadsheets, scripts, versioned databases, architecture design tools) tend to introduce errors up-front. Additionally, huge risks to quality and timing can be incurred as requirements change during development.

Conventional approaches fail to achieve absolute consistency because they are missing key elements:

  • Intelligent centralized management
  • Automatic rule-based error checking
  • Architecture validation
  • End-to-end data dependency visualization
  • Continuous integration
  • Requirements traceability
  • Automated Simulink model creation
model based design tools

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