Introduce a new level of intelligence

SimuQuest’s premier model-based development data and architecture management tool

SOFTWARE SAFETY STANDARDS COMPLIANCE

UniPhi

At a glance:

Safety and speed to market are being compromised due to inconsistency and error-prone processes in model-based software development. Our newest release, UniPhi 5.2 delivers absolute consistency and introduces a new level of automated intelligence.

UniPhi solves the dichotomy between developing with agility and maintaining robust functional safety standards. Among the powerful capabilities that UniPhi supports, the 5.2 release enables users to import legacy Simulink models to be instrumented to eliminate inconsistency, delivers a streamlined process to generate integrated, error-free Simulink models, and supports traceability of requirements throughout projects – but that only scratches the surface. With UniPhi you can build, test, and simulate with confidence to solve real problems quickly.

Request a free consultation today. We would love to understand your current pain points and have a discussion about your needs to see if we can help give you a competitive advantage.

model-based development tool

Driving efficiency

UniPhi integrates all team members in cloud-based, real-time collaboration. This drives more efficient development in every step of the process.

model-based development tool

We no longer have the drama that we used to have around debugging.

ADAPTIVE MATERIALS INC.

Going deeper:

UniPhi integrates with your project like a computer brain — constantly checking architecture, data, and interfaces simultaneously as you design and test. It’s like deploying thousands of probes that detect errors across the network of all your users, all in real-time. 

With UniPhi you eliminate the potential for error that is so often the result of manual and tedious tasks. Plus you can generate requirements and architecture within UniPhi, or build these components in the tools you already use and seamlessly integrate them into your UniPhi projects. Our model-based development tool enables your team to use their brainpower where it counts — in refining requirements and fine-tuning the logic of how you will fulfill them. 

 

model-based development tool

Analyze and Validate Project Architecture, Data, and Interfaces

Unlock the capability to infer and detect architecture design flaws, missing data, and inconsistent interfaces as you develop the artifacts that make up your project. UniPhi’s Architecture Validation feature allows you to graphically visualize your project’s architecture and analyze your entire system’s hierarchy — or any subset of it. Specify exploration depth, set custom anchors, and more with this versatile tool. UniPhi also supports direct integration into Continuous Integration environments, providing instant feedback and ongoing analysis for your team’s development efforts.

model-based development tool

Collaborate Seamlessly and with Confidence

Efficiently manage development and streamline your engineering process through built-in version control — augmented by the powerful, cloud-based UniPhiServer2. Commit and revert changes to projects, quickly checkout artifacts from configured servers, view the entire history of artifacts on configured servers, and dynamically update project architecture and data. UniPhi enables you to visualize differences between shared features and resolve conflicts between code changes with ease — no matter where you are geographically located. Utilize the UniPhi REST API to go one step further and facilitate web-based queries for direct access to project data.

model-based development tool

Visualize Project Dependencies and Downstream Impacts

Generate customized data dependency reports in real-time with the Data Dependency Explorer. Rapidly visualize data object dependencies throughout your project in hierarchical form. Explore the implementation of reported dependencies within Simulink models. You can even rescan open models to rebuild reports as you develop  — giving you immediate, up-to-date information with descriptions of the nature of highlighted dependencies.

Automatically Manage and Enforce Rules and Requirements

Enable real-time, automated detection and mitigation of errors throughout your entire development process. Create custom rules and mitigations, take complete control of requirements management, and get comprehensive reports for warnings and errors that arise as you engineer your projects. UniPhi presents you with automatic notifications pertaining to rule or requirement violations and lets you decide how to best resolve them. Developers can build and modify requirements directly within UniPhi, or import requirements through Excel. With requirements managed in UniPhi, users can trace these requirements directly to, and from, linked artifacts and also export this information to be shared across stakeholders.

model-based development too

Error-Free Simulink Model Integration

Users can import Legacy Simulink model architectures into UniPhi to be instrumented and guaranteed to be consistent and error-free. Once UniPhi’s validation confirms that a project has consistent architecture, data, and interfaces, UniPhi will be able to generate an integrated, error-free Simulink Model that is representative of the entire project architecture. Simulink Architecture Models can be created for implementation Artifacts of any level — Feature, Subsystem, or Application.

UniPhi Delivers

Powerful functionality for agile model-based design and development, including:

  • Build and manage architectures for embedded systems
  • Consistent and error-free architecture, data, and interfaces
  • Collaborative development of complex systems
  • Easy debugging with dependency visualization
  • Create, manage, import, export, and trace requirements
  • Automated rule checking with custom rules and mitigations
  • Automatic, error-free Simulink model integration
  • Import Legacy Simulink model architectures and data
  • Support for Continuous Integration environments

We achieved progressively shorter development times…

through the parallel development of platform software and control algorithms using models together with code-generation. SimuQuest provided a one-stop solution to give us this synergy.

HYUNDAI MOTOR COMPANY