We live in an age of exponentially increasing embedded software complexity, with a business imperative to innovate and achieve rapid time-to-market while maintaining optimal safety standards. However, despite the continuous refinement of industry tools and standards, software defects continue to pervade the industry, causing dangerous safety issues, missed deadlines, and expensive recalls. For us, safety is non-negotiable, and therefore, defects are unacceptable.We are dedicated to eliminating all defects in embedded software and enabling innovation to flourish. We do this through our one-of-a-kind software tool, UniPhi, extensive experience in model-based design, and complete dedication to our customers.To achieve these goals, we are building an organization that is fueled by continuous improvement of the software we deliver and the synergy with which our teams collaborate. Together, we can reach previously unattainable heights, and make software error-free.Founded in 2001 in Ann Arbor, Michigan, we are an embedded software development company that specializes in working with electronic hardware companies to produce controls for the automotive, aerospace, clean energy, medical, consumer appliances, and other markets. Our teams have extensive experience in model-based design, dynamic systems modeling, and advanced control system design. Many of our engineers transitioned from embedded software development based on traditional hand-coding to development using model-based design (MBD). We understand first-hand the pain points and inefficiencies characteristic of conventional development methods and are dedicated to the continuous refinement of MBD to eliminate software defects. Over the last 20 years, we have leveraged this experience to develop our own proprietary tools and model-based design process that aims to answer the most pressing needs in the embedded software development industry.

embedded software model-based design Data Management Data Architecture microcontrollers engine development Design Engineering Production Code Generation Simulink Development Engine Development Microcontrollers Model Based Design Embedded Software Software Architecture Efficient Innovation Agile Development Systems Engineering Automated Code Generation Error Free Development Rapid Prototyping System Modeling and Simulation Dependency Management and Visualization Collaborative Engineering Simulink Model Generation Cloud Based Systems Software Prepackaged Software Computer Software