Global Model-Based Systems Engineering Solutions
In 2018, Dassault Systèmes completed the acquisition of No Magic (the leader in model-based systems engineering, and modeling solutions for software architecture and business processes) to strengthen its foothold in Systems Engineering and in order to facilitate new connected experiences. The acquisition of No Magic also reinforces Dassault Systèmes’ industry solution experiences based on the 3DEXPERIENCE platform.
Dassault Systèmes’ is now able to generalize systems engineering to develop the “Internet of Experiences” – the smart and autonomous experiences which are digitally connecting products, nature and life in the physical world. The No Magic solutions are integrated on the 3DEXPERIENCE platform to develop a best-in-class Model-based System Engineering and System of Systems Engineering Solution and Offering called CATIA Magic.
The CATIA Magic solutions are the most robust and standards-compliant solutions in the market.
The Early Experience Program gives participants early access to upcoming releases of the CATIA Magic and No Magic (Cameo) product lines.
To join the CATIA SysML v2 Early Experience Program:
Text and Diagrams in Perfect Sync. Deliver seamless two-way synchronization between textual and graphical SysML v2 model representations.
We offer a brought set of roles to tackle your business challenges.
With the deep experience on DoDAF 2.0, MODAF, NAF 3 and UAF, the ‘Magic System of Systems Architect’ product offers the most robust standards compliant DoDAF 2.0, MODAF, NAF 3, NAF 4, and UAF 1.3 via a UAF standardized solution.
The ‘Magic System of Systems Architect’ fully supports all the architectural framework products ensuring you achieve project results. ‘Magic System of Systems Architect’ also leads the industry in its integration in systems of systems engineering, ensuring that you achieve net-centric success. Meet your interoperability challenges with proven, tested CATIA Magic solutions.
The ‘Magic Cyber-Systems Engineer’ product is an industry leading cross-platform collaborative Model-Based Systems Engineering (MBSE) environment. It provides smart, robust, and intuitive tools to define, track, and visualize all aspects of systems in the most standard-compliant SysML models and diagrams. The environment enables systems engineers to:
System models can be managed in remote repositories, stored as standard XMI files, or published to documents, images, and web views to address different stakeholder concerns.
The Magic Software Architect product is an industry leading, cross-platform, collaborative software architecture engineering product, which provides smart, robust, and intuitive tools to define, track, and visualize all aspects of software and related system architecture using the most standard-compliant UML models and diagrams. This dynamic and versatile development tool facilitates analysis and design of Object Oriented (OO) systems and databases. It provides the industry's best code engineering mechanism (with full round-trip support for Java, C++ and CORBA IDL programming languages), as well as database schema modeling, DDL generation and reverse engineering facilities.
The Magic Collaboration Studio product is for collaborative development and version model storage for large volume of data. It is architected to provide state-of-the-art model-governance (merging, branching, access control with secured connection), model analysis and integration with third-party tools. Magic Collaboration Studio works along with Magic Systems of Systems Architect, Magic Cyber-Systems Engineer and Magic Software Architect.
Expand CATIA Magic capabilities with Magic Model Analyst, Magic Real-Time Communication Designer and Magic Alf Analyst
Define Software Components Allocated to Hardware Architecture: Compose a hardware architecture comprised of Sensors, Actuators, and Controllers, connected through embedded communication protocols. The goal is to optimize E/E Architecture and create a Software-defined vehicle platform that can be re-used across vehicle programs.
E/E architecture activities are performed at the vehicle system level, according to four independent scopes of responsibilities:
This last activity involves making decisions and trade-offs to ensure consistency between hardware and software, taking communication into account.
As a result, EE engineers are able to deliver optimized architectural proposals to each engineering domain to implement the Hardware (electronics), the Software (Embedded SW) and Electrical (detailed schematics).
The Magic Model Analyst product provides the first in the industry extendable model execution framework based on OMG fUML and W3C SCXML standards. Magic Model Analyst can be used along with Magic Systems of Systems Architect, Magic Cyber-Systems Engineer and Magic Software Architect. It is used to validate system behavior by executing, animating, and debugging models in the context of representative mock-ups of the intended user interface.
The purpose of a simulation is to gain system understanding without manipulating the real system, either because it is not yet defined or available, or because it cannot be accessed directly due to cost, time, resources or risk constraints. Simulation is typically performed on a model of the system. With the Magic Model Analyst product, users can test how the system reacts to user interaction or predefined testing data and execution scenarios.
Model-Based System Engineering (MBSE) and SysML tools are becoming more sophisticated in order to support the increased complexity of embedded and distributed applications. These new systems are larger, contain autonomous components, operate from the edge to the cloud, and often have strict requirements in terms of performance, scalability, robustness and security.
Two standards - SysML and Data Distribution Service™ (DDS™) - address the necessary end-to-end design requirements for model-based design. SysML defines the requirements of the system itself. DDS addresses the communications requirements between system components running across different computers, including connectivity, security and quality of service (QoS).
Dassault Systemes has addressed the digital continuity and integration between the two worlds of MBSE to interface design with the new Magic Real-Time Communication Designer. This software plugin provides a direct integration to RTI Connext®, the leading commercial software based on the DDS standard, enabling engineers to create model-based systems based on real-time communication flow across embedded and distributed systems. Engineers can go directly from the system model in SysML to RTI Connext for implementation and deployment of a distributed system.
Benefits of this integration include:
This integration has been specially validated with RTI Connect®, along our partnership with Real-Time Innovations Inc. (RTI).
Watch the webinar to see how to connect MBSE with Interface Design using open standards.
Alf (the Action Language for Foundation UML) is a textual language for coding detailed, executable behavior within an overall UML model. Alf is a standard of the Object Management Group (OMG), which is also the organization that maintains the UML specification. Alf is one of a suite of OMG specifications related to defining precise execution semantics for UML, building on the original Foundational UML (fUML) specification.
How to connect the dots between system engineering, safety and cybersecurity teams? Unleash safety & security by design. Fully embedded in the system model, you can:
Compliant with ISO 21434 & ISO 26262 risk assessment processes, you can easily build a cross-analysis to ensure traceability, scalability and consistency to strengthen data capitalization and the product architecture design.
CATIA Magic (R2024x Refresh 2) has successfully achieved Software Certification in accordance with internationally recognized automotive safety standards. Following a rigorous assessment process, our software solutions have been found to comply with the requirements of ISO 26262-8:2018 (Section 11), achieving Tool Confidence Level 2 (TCL2). This certification confirms that CATIA Magic meets the necessary criteria to support safety-critical design and development processes in the automotive industry. This certification ensures that the use of CATIA Magic in safety-related development activities complies with ISO 26262, reinforcing Dassault Systèmes' commitment to ensuring safe, reliable and innovative engineering.
CATIA Magic consulting provides expert thought-leadership in the areas of systems modeling and simulation as well as knowledge transfer based on a detailed analysis of customer work products and processes. Consulting services are provided on-site or remotely based on the issues involved and arrangements with the customer.
CATIA Magic training can be customized and adapted to our clients' specific modeling, simulation, and analysis needs, combining theory and practical application.
It provides companies with the foundation they need to quickly jump-start their learning by learning modeling languages, tools, and methodologies.
My team is trying to run Cameo in “batch mode”, and I have a question regarding the FlexNet license server configuration that is not answered in any of the documentation that I was able to find. In the Cameo documentation, I see Java arguments for specifying a FlexNet server and port (FL_SERVER_ADDRESS / FL_SERVER_PORT), and I also see that I can specify a tool edition (FL_EDITION). However, in th
CATIA MBSE CYBER SYSTEMS
Requirement derivation tables are easily one of the top requested topics from users across the industry. In my latest video, I walk through how to define a reusable view def and map it directly to your requirement structures.Watch the Video here: [Link to YouTube Video] Download / Copy the Source CodeGrab the SysML v2 code used in the video below to test and adapt for your own models:How are you
CATIA MBSE CYBER SYSTEMS
Hello,I was able to create a server side simulation using an instance table. There is one part of the simulation that is not working. I have a script that executes as part of a rollup pattern that performs a simple table lookup that fails.The rollup pattern uses a constraint block that has a Groovy script that performs the lookup. The simulation works just fine when executed within Cameo.Here is a
CATIA MBSE CYBER SYSTEMS
I have a table that shows the concerns in a specific part. In that table I want to add a column that shows the requirement(s) that satisfy each concern. The satisfy relations that provide this are contained within the associated requirements and target the specific concerns. The issue I am having is that I am unsure how to pull that information.SysML v2 SysMLv2
CATIA MBSE CYBER SYSTEMS
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The most powerful, standard-compliant solution for systems modeling with real-time text–diagram synchronization and a FREE Community Edition.
End-to-End Model-Based Solutions for Mechatronics & Software-Driven Experiences
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