Intercax Software Products

We provide standard software products for Integrated Digital Engineering (IDE).

What is Syndeia®?

Syndeia® is the digital thread platform for integrated digital engineering. It enables engineering teams to collaboratively and concurrently develop and manage digital threads for complex systems/products by federating models and data from diverse ecosystems of modeling and simulation tools, enterprise applications, and data repositories.

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What is ParaMagic®?

ParaMagic® plugin for MagicDraw enables dynamic SysML models, allowing engineers to simulate and analyze complex systems using various math solvers. It is a trademark of Intercax LLC and available through Dassault Systemes' CATIA Magic portfolio.

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We provide standard software products for integrated model-based systems engineering (MBSE). The products are in two categories:

Integration Software for integrating system architecture models in SysML with CAD, CAE, PLM, databases, and models in a variety of domain-specific software,
Analysis and Simulation Software for analyzing and simulating system architecture models in SysML that may (or may not) be connected to domain-specific models and tools.

Industries we serve

Digital Thread in Automotive and Transportation

The automobile industry faces rapid technological advancements with autonomous vehicles, high-volume production, global supply chains, and stringent regulations. These challenges also impact high-speed rail and urban public transportation, driving the need for Digital Thread and Digital Twin. Automotive engineers require advanced MBSE techniques, cross-discipline interoperability, and traceability between requirements and vehicle design. Syndeia platform connects PLM, CAD, requirements management, and simulation tools, providing visibility of the entire system model.

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Digital Thread in Automotive and Transportation

Digital Thread in Aerospace

Aerospace organizations, early adopters of systems engineering, tackle long-term, multi-partner development of complex products requiring high reliability in harsh environments, driving the need for Digital Thread and Digital Twin. MBSE is crucial due to the cost and complexity of real flight testing and the reliance on remote piloting or autonomous operation, necessitating comprehensive modelling of all system elements.

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Digital Thread in Manufacturing

Manufacturing approaches systems engineering by treating production lines as networked systems and integrating product information into production planning and execution. Intercax collaborates with customers on MBSE-based manufacturing, developing methods and standards to validate, certify, and connect engineering models across the product lifecycle, enabling continuous analysis, seamless design-manufacturing transitions, high-quality manufacturing, and knowledge reuse. These efforts aim to improve product quality and reduce time-to-market and costs for manufacturers.

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Digital Thread in Electronics, IT, and the IoT

Over the last fifty years, commercial electronics has seen trends toward greater product functionality supported by more software, increased product portability requiring enhanced mechanical and thermal engineering, and greater product interconnectivity leading to networks like the Internet of Things (IoT). Despite these advancements, the industry has been slower to adopt Systems Engineering compared to the defense or aerospace sectors.

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Digital Thread in Defense and Intelligence

The defense & Intelligence sector faces the challenge of balancing complex procurement processes with aggressive cost, performance, and availability goals. Additionally, operating in a multi-supplier environment without mandating specific software tools and protecting proprietary, confidential, or secret data adds complexity.

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Digital Thread in Biomedical and Healthcare

MBSE provides powerful advantages in tackling healthcare challenges, viewing healthcare as a system of systems. The human body is a complex system comprising multiple interacting subsystems influenced by environmental factors, lifestyle choices, and epidemiological interactions. When health issues arise, the medical care domain—often thought of as the healthcare system—comes into play. Specialists study each of these systems using specialized tools. MBSE recognizes the connections between these systems as essential for understanding human health outcomes, a widely accepted but infrequently implemented concept.

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Digital Thread in Biomedical and Healthcare

Digital Thread in Energy, Infrastructure and Environment

As urban infrastructure is set to double in 35 years, integrating engineering and economic models is crucial for a holistic approach to energy, environmental sustainability, and system resilience. The role of MBSE: MBSE's use of SysML parametrics enables the integration of diverse models, offering advanced tools for urban infrastructure planning and smart grid design, optimizing interactions across transportation, energy, and waste management systems.

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Digital Thread in Biomedical and Healthcare (2)

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