Name: DDSF student presentation: DDS in Multi-platform Kubernetes
Start: 2021-06-11T16:15:00Z
End: 2021-06-11T16:15:32.000Z
Location: BrightTALK
Rating: 4

The Object Management Group® (OMG®) is an international, open membership, not-for-profit technology standards consortium. Founded in 1989, OMG standards are driven by vendors, end-users, academic institutions, and government agencies.

This webinar discusses Object Management Group’s Digital Receipt API, a standard specification that connects Point of Sale (POS) terminals for business and vendors through standard APIs for the transmission of digital receipt data between a digital receipt server and POS terminal, and/or between a digital receipt server and a smartphone. The specification can reduce development and system integration costs and facilitate completely paperless transactions in retail environments.

Digital Receipt API Introduction Seminar; Reasons to use the Digital Receipt

Join Tomas Vileiniskis for an in-depth exploration of collaborative Model-Based Systems Engineering (MBSE) that addresses one of the most critical challenges in modern systems development: effective collaboration between acquirers and suppliers. This session will demonstrate how Dassault Systèmes' collaborative modeling solutions—Teamwork Cloud (TWC) and Magic Collaboration Studio (MCS)—enable seamless file-based and server-based model collaboration across organizational boundaries, ensuring successful program execution in distributed development environments. Participants will discover key model exchange principles and best practices specifically designed for acquirer-supplier workflows, while learning how software engineering-native component management principles can be applied to MBSE to enhance modularity, reuse, and overall collaboration efficiency in complex systems engineering projects.

Tomas Vileiniškis is a CATIA Systems Modeling Application Senior Manager and Teamwork Cloud Product Manager at Dassault Systemes, where he focuses on collaborative modeling environments and guides product vision and development direction based on customer demand and industry needs. With 15 years of experience in computer and software engineering, Tomas brings deep expertise in Semantic Web technologies, which proved instrumental in the original OSLC implementation within CATIA Magic's toolset. He actively contributes to OMG standard development activities, particularly in shaping the SysMLv2 API and Services and Reusable Asset 3.0 specifications, making him a recognized thought leader in the evolution of collaborative systems engineering practices.

Model-Based Acquirer-Supplier Collaboration

Join Dassault Systèmes' leading experts for an exclusive technical session showcasing the cutting-edge integration of SysMLv2 into the Cameo/Magic portfolio. This webinar provides systems engineering professionals with a comprehensive look at the future of Model-Based Systems Engineering (MBSE) through live demonstrations and expert insights.

Key Topics
-SysMLv2 Integration: Explore how SysMLv2 is being seamlessly integrated into existing Cameo/Magic workflows, with practical guidance on transitioning from SysMLv1.
-Live Technology Demonstration: Watch real-time demonstrations of SysMLv2 implementation, showcasing new modeling capabilities, workflows, and user interfaces.
-API and Services Preview: Get an exclusive first look at planned APIs for SysMLv2, including integration possibilities and development roadmaps.
-Advanced Analysis Capabilities: Discover model execution features including parametric evaluation, requirements verification, analysis cases, and trade studies.

Exploring The Next Frontier of Systems Engineering: SysMLv2

This webinar continues the conversation in “Modeling for Understanding, Not Just Automation,” where we discussed conceptual process models, modeling Best Practices, and the CogNIAM methodology.

In this follow-up, we step back from stand-alone models to explore the broader scope of process documentation. What does good documentation look like, and why does it matter? We’ll clarify the difference between a process model and complete documentation and examine the elements that make documentation truly valuable across an organization.

Above all, we will closely examine the method introduced as part of PNA’s modeling Best Practice—the heart of this session.

This method includes:

· The CogNIAM methodology, which connects process descriptions with the rules that guide them, the data they use and produce, and the precise meaning of the terms involved

· Scenario-based modeling, which uses concrete examples to reduce modeling complexity

· Hierarchical scoping, which structures process models at varied levels of detail to drive modeling clarity

Whether you attended the first webinar or not, this session will give you a practical approach to process documentation that supports organizational understanding and change readiness.

Register now!

Structuring Process Knowledge, Not Just Mapping Steps: Process Documentation with CogNIAM

Discover how standards-based MBSE turns a complex nuclear-fusion robot into a fully verified digital prototype—before a single bolt is tightened. In this live session, we string together SysML v2 architecture in CATIA Magic, a Modelica physics model in Dymola, and collision-aware 3D kinematics in DELMIA Robotics, all synchronized through a plug-and-play FMI/FMUs interface. You’ll see:

- Single-source requirements V&V – test cases and performance limits flow directly from the SysML model, drive the multi-domain co-simulation, and return pass/fail metrics in real time.
- True multi-physics + 3D CAD coupling – Dymola’s generated communication FMU keeps thermal, structural, and kinematic effects in lock-step with the CATIA assembly to flag clashes or overstress instantly.
- Hardware-ready loops: Swap the virtual FMU for real sensor/actuator data to prototype control algorithms on an actual transporter or HIL rig within minutes.
- Rapid trade-off and scenario analysis: Iterate design variants, mission timelines, and fault cases early, slashing downstream rework.

Join us for a step-by-step walkthrough that proves how the CATIA Magic–Dymola–DELMIA toolchain delivers standards-compliant, minutes-to-mesh integration—unlocking faster, safer, and more confident design decisions for nuclear-grade robotics.

From SysML to Hardware-in-the-Loop: Co-Simulating a Tokamak In-Vessel Transporter

Robert Martin, Senior Principal Engineer at MITRE Labs' Cyber Solutions Innovation Center, will deliver a highly anticipated webinar on SBOMs and the transformative SPDX 3.0 standard! This 30-minute session will reveal how SBOMs are revolutionizing software transparency and security through structured documentation. 

Highlights:

- SPDX 3.0's new modular profiles for software, AI models, and hardware components 

- CISA's latest guidance for practical SBOM implementation frameworks 

- Emerging tool-to-tool standards enabling seamless SBOM communication 

- SPDX 3.1 advancements specifically addressing AI and dataset transparency needs 

Learn how SPDX 3.0 can transform your software transparency and risk management approach. Register now.

The OMG and Linux Foundation Software Bill of Materials (SBOMs) Standard SPDX 3.0

So, you’ve done the lift-and-shift to the cloud with your software. What’s next? How do you realize cloud’s promise of cost efficiency, agility, and innovation? It’s now time to modernize your software to be cloud native. Hear from cloud experts and learn best practices for optimizing your software on the cloud post lift-and-shift. 

This webinar will guide you through the next steps of optimizing and modernizing applications to become cloud native. Learn how to: 

- Automatically map the best route for each application 

- Identify optimization blockers 

- Discover the best-fit cloud-native services.  

- Maximize your cloud investment and optimize your journey

Presenter Bios: 

Greg Rivera, VP of Product, CAST: As Vice President of Product at CAST, Greg leads strategy for the CAST Highlight SaaS product helping CIOs, CTOs, and software leaders take command of their software portfolios with actionable insights for cloud, technical debt, compliance, cost optimization, and sustainability. He has held technology leadership roles with Fortune 1000 companies such as Microsoft, IDG, and Arrow Electronics for over 25 years. Greg has a B.S. in Electrical Engineering and an M.S. in Management of Technology and is passionate about applying technology to improve business and our everyday lives.

Paras Bhuva, Sr Manager, Solutions Architecture, AWS: Paras Bhuva is a seasoned technical leader at AWS with 20+ years of experience helping Fortune 500 companies migrate, modernize, and transform their IT in the cloud. He works closely with C-level executives across industries like banking, healthcare, and energy, aligning cloud strategy with business goals. Paras leads the Migrations and Modernizations Technical Field Community in North America, growing it to 500+ members in 18 months. He also creates scalable programs that support AWS Solutions Architects globally and often speaks at AWS events.

Lift-and-Shift Afterlife: Going All In on Cloud Native

Integrating global simulation and training systems is more complex than ever. Legacy simulators rely on varied and often incompatible standards for data, voice and video, while modern systems demand cloud-based, distributed architectures and robust security. When you factor in the rising burden of information assurance, simulation system integrators face an uphill battle.

The key to success lies in building modular, composable synthetic environments that can be rapidly assembled and reconfigured using interoperable components. But how can integrators meet evolving mission needs without getting bogged down in lengthy, fragile integration efforts?

In this webinar, we’ll explore how Data Distribution Service (DDS) can streamline the integration of simulation systems while meeting the performance, security, and scalability demands of next-generation training environments.

DDS is already at the heart of many real-world defense systems, powering secure, low-latency data sharing across Live, Virtual, and Constructive (LVC) simulations. It bridges legacy systems and next-gen architectures, connecting humans and hardware-in-the-loop with virtual and augmented environments—across labs, ranges, and cloud infrastructures.

Attendees will learn how DDS enables seamless interoperability with simulation standards like HLA, TENA, and DIS, integrates with diverse object models and data formats, and supports fine-tuned quality-of-service (QoS) settings to optimize performance. The webinar will also discuss how DDS delivers secure, scalable communication—ensuring trusted information flow across domains and classification boundaries.

Join us to learn how DDS can serve as the foundation for distributed simulation systems that are faster to integrate, easier to scale, and ready for the future of training, testing, and development.

Leveraging DDS for Real-Time Simulation Environments

While BPMN is often associated with automation and execution, its true potential lies far beyond IT implementation. Join us for an insightful webinar exploring the powerful role of BPMN in conceptual process modeling—an essential practice for achieving clarity, alignment, and knowledge consistency across an organization. 

 In this webinar we will: 

- Distinguish conceptual process models from executable ones, showing how BPMN can be used to foster shared understanding, document organizational knowledge, and guide strategic decision-making.  

- Discuss how treating process modeling in isolation—without considering rules, data, and definitions—often leads to misalignment, inefficiencies, and costly misunderstandings. 

- Introduce the CogNIAM methodology, developed by PNA and rooted in OMG standards (SBVR, BPMN, and DMN). 

- Explore why valid BPMN models aren't necessarily good models. Through practical examples and interactive exercises, you’ll see how applying modeling best practices leads to consistent, well-scoped, and meaningful process models. 

- Look at process modeling as a continuous effort that, much like BPM itself, requires ongoing training, review, and refinement. You'll gain insights into how modern educational techniques—like blended learning and problem-based learning—can drive sustainable modeling excellence across your teams. 

Register now!

Modeling for Understanding, Not Just Automation

SysML v2 represents a transformative advancement in the engineering landscape. Organizations embracing this technology now position themselves at the forefront of innovation, gaining significant competitive advantages over those slower to adopt these modern methodologies.

In this webinar, we'll explore the fundamentals of SysML v2, followed by a practical demonstration illustrating the process of formalizing models for enhanced machine integration.

Attendees will learn:

- Key concepts and capabilities of SysML v2 that are driving the paradigm shift in systems engineering
- How to approach basic modeling with SysML v2 through a practical demonstration
- Techniques for incrementally formalizing models to improve machine readability and automation potential

SysML v2:  From Simplicity  to Formality

Applications built on DDS are designed to rapidly exchange data across multiple systems based on an open publish/subscribe protocol. Seamless data sharing is at the core of the Data Distribution Service (DDS) standard.


To ensure vendor interoperability across DDS implementations, the OMG® DDS Special Interest Group (DDS SIG) recently conducted a series of comprehensive tests using the interoperability RTPS (Real-Time Publish Subscribe) protocol. These tests covered a wide range of DDS functionality and features across vendors. The test results and detailed reports are automatically generated in GitHub, providing specific insights into the interoperability status per vendor per feature.


This webinar will review the interoperability testing and discuss the results, as well as take audience Q&A.

Validating Vendor Interoperability in the DDS Standard

Transform the way you design, optimize, and manage your manufacturing operations. This in-depth session will explore how Virtual Twin as a Service (VTaaS) is revolutionizing manufacturing and beyond.

What You'll Learn:

- Gain a clear understanding of VTaaS and how it harnesses advanced technologies like the 3DEXPERIENCE platform and DELMIA solutions to create actionable and dynamic virtual replicas of physical assets and processes.
- Discover how engaging a team of experts to complete your project ensures tailored, customer-specific virtual twins that continuously optimize your operations.
- Realize the direct benefits—enhance decision-making, boost efficiency, and pave the way for smarter, more sustainable manufacturing.

Real-World Success Stories:

We’ll highlight breakthrough examples of Virtual Twin as a Service applications. Learn how a hospital improved patient care, streamlined operations, and achieved financial efficiency. We’ll also discuss how a leading engine and power generation manufacturer developed a production line that meets regulatory mandates for sustainable engines.

This is your opportunity to stay ahead of the curve and gain innovative strategies to elevate your manufacturing approach.

Get the Virtual Twin Working For You

Join our webinar to discover how integration and bidirectional feedback enable a tightly connected design-to-manufacturing loop.

Manufacturers face growing challenges in aligning engineering and shop floor systems. Disconnected processes delay new product introductions and engineering changes, slow down issue resolution, reduce quality, and hamper productivity.

Digital continuity improves overall efficiency, reduces errors, and enhances responsiveness throughout the product lifecycle, driving significant quality, productivity, and innovation gains.

DELMIA solutions enable digital continuity capabilities:

- Ensure shop floor instructions align with engineering designs
- Accelerate change management and resolve issues faster
- Boost productivity, quality, and customer satisfaction

With digital continuity, your teams can operate seamlessly, ensuring the shop floor and engineering systems are fully connected.

Achieve Digital Continuity: Connect Engineering to Operations

The Data Distribution Service (DDS) standard is a powerful connectivity middleware for mission critical systems. In addition to large distributed systems, it is also used to manage communication in resource-constrained environments with battery-based, intermittent connections.

This webinar will discuss the DDS standard used with tiny devices. The DDS XRCE Protocol specification manages communication in eXtremely Resource Constrained Environments (XRCEs) between a micro device (client) and an Agent (the server). It enables the device to communicate with a DDS network – regardless of vendor implementation - and publish and subscribe to topics in a DDS domain via an intermediate service.

 

The DDS specification targets real-time systems, and it is designed to produce lightweight middleware implementations. As a result, DDS implementations targeting embedded systems are very common. Participants will learn when to use an embedded DDS implementation and when to opt for the DDS-XRCE standard.

DDS in Resource Constrained Environments: The DDS XRCE Protocol

Join us for an insightful webinar presented by members of OMG's Cloud Working Group, exploring the transformative relationship between cloud computing and Artificial Intelligence (AI), including Generative AI. Discover how cloud platforms have accelerated AI adoption by providing scalable, cost-effective solutions and how AI enhances cloud services through automation and analytics.

The session will highlight deployment strategies (on-premises, cloud, and hybrid), key use cases, and governance challenges, offering practical insights for organizations looking to leverage cloud-based AI. Gain expert recommendations and an overview of industry-leading AI solutions in the cloud. Don’t miss this opportunity to learn how these technologies are shaping the future of innovation.

The Synergy of Cloud Computing and Artificial Intelligence

Join us for the presentation of the best-in-class Digital Engineering (DE) with MBSE and Virtual Twin example in context of portable Robotic Arm. This example shows the practical impact of systems engineering across the entire product lifecycle. We will engage in fully integrated system - the Robotic Arm. We will experience the intersection of engineering disciplines: systems engineering, electrical and mechanical design, manufacturing, implementation, and verification & validation (V&V). This is done through the digital thread and co-simulation using solutions as CATIA Magic (Cameo), 3DEXPERIENCE platform, 3RD party integrations leveraging open standard including SysML, Modelica, IoT – MQTT, FMI.

We will provide clear models, a virtual environment for the digital thread, and physical hardware to bridge the virtual with the real. It is a compact modular sample highlighting a major paradigm in digital engineering education and industry. The project includes a highly portable robotic arm. It comes in a small box and is affordable at $65 on Amazon.

Digital Engineering and MBSE with Virtual Twins: Streamlining Robotic Arm Design and Deployment

Automatically producing accurate SBOMs is considered just “table stakes” when it comes to open source risk management nowadays. Many organizations have matured their SBOM programs because they have more sophisticated needs. They also need to consume SBOMs from another source and automatically understand the contents. Some organizations need to go even further to enrich complex SBOMs with proprietary components, custom license properties, and more. Software intelligence technology helps automate the process of managing more complex SBOMs to ensure organizations can deliver accurate, up to date, and compliant SBOMs whenever needed.
 
Join this webinar to:
 
• Understand key challenges and requirements for more complex SBOMs
• Learn how software intelligence technology helps automate management of complex SBOMs
• See an example of free SBOM management technology in action for consuming and enriching complex SBOMs

Register now, all registrants receive the SBOM manager complimentary.

SBOM 201: Consuming and Enriching Complex SBOMs

Object Management Group (OMG) modeling language standards include the Unified Modeling Language (UML), the Systems Modeling Language (SysML), the Business Process Modeling Notation (BPMN), the Unified Architecture Framework (UAF), and many more. Underlying all these specifications is the foundational Meta Object Facility (MOF) standard, first adopted by OMG in 1997 along with UML 1. Since that first version, MOF has evolved with UML up to the current versions of MOF 2.5.1 and UML 2.5.1.

The long-awaited second version of SysML, adopted by OMG in 2023, is also built on MOF. However, unlike previous versions of SysML, SysML 2.0 is not based on UML. Instead, it is based on a new Kernel Modeling Language (KerML), which adds important foundational capabilities for specifying the formal semantics of modeling languages.

And now there is discussion of also defining a new UML 3.0 that is also based on KerML. But MOF is itself based on UML, so would UML 3.0 also necessitate MOF 3.0? How can OMG maintain the stability of its current, well-tested modeling-language foundation, while continuing to promote technical innovation for the next generation of modeling languages?

Watch the video to find out.

OMG Modeling Foundations: Past, Present & Future

The OMG Data Distribution Service (DDS) is an open, real-time publish/subscribe middleware standard, which has been widely adopted in many latency-sensitive and mission-critical industrial IoT applications. However, deploying and managing large-scale distributed DDS applications is tedious and laborious. As a successful container orchestration platform for distributed applications in the cloud, Kubernetes (k8s) is a promising solution for DDS-based systems. However, the feasibility of running DDS applications in a k8s environment, and the overhead of different k8s virtualization network architectures on DDS application performance has not been systematically studied. To address this, we designed an automated benchmark framework, analyzed potential bottlenecks of several popular k8s virtual network plugins, and conducted a comprehensive set of experiments to demonstrate DDS performance variation under different QoS and k8s network configurations.

DDSF student presentation: DDS in Multi-platform Kubernetes

Data Distribution

Kubernetes

technology standards

Sensors

publish subscribe

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DDSF student presentation: DDS in Multi-platform Kubernetes

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Object Management Group