For the first time, Smart Manufacturing Day will combine with the Building the Metaverse Virtual Conference. Smart Manufacturing Day looks at the leading-edge technology that will transform the factories of tomorrow. That may be from a ground-up design or a retro-fit, as the installed base of capital equipment is enormous.
The Building the Metaverse Virtual Conference is dedicated to helping technology professionals capitalize on the industrial metaverse. It looks at the metaverse conceptually, then will provide actionable strategies, practical solutions, and hands-on demonstrations to guide developers as they populate the industrial metaverse with digital twins.
Select the session(s) you wish to attend below and then complete the registration form. Once registered, you will be able to update your selection(s) at any time using the widget on the righthand side of this page.
The Building the Metaverse Virtual Conference is dedicated to helping technology professionals capitalize on the industrial metaverse. It looks at the metaverse conceptually, then will provide actionable strategies, practical solutions, and hands-on demonstrations to guide developers as they populate the industrial metaverse with digital twins.
Select the session(s) you wish to attend below and then complete the registration form. Once registered, you will be able to update your selection(s) at any time using the widget on the righthand side of this page.
Thu, Feb. 16, 2023 · 10:30 am (MST)
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Available On-Demand
The majority of manufacturing and automation equipment has been in place for decades. Replacing that capital investment with brand new platforms that perform with the latest AI/ML techniques is unlikely. However, retrofitting is definitely on the table. In this session, we will learn what it takes to turn yesterday’s systems into modern smart manufacturing systems.
Available On-Demand
The majority of manufacturing and automation equipment has been in place for decades. Replacing that capital investment with brand new platforms that perform with the latest AI/ML techniques is unlikely. However, retrofitting is definitely on the table. In this session, we will learn what it takes to turn yesterday’s systems into modern smart manufacturing systems.
Product Marketing Engineer, AI Solutions, STMicroelectronics
Sr. Director of Marketing, onsemi’s Image Sensor Group, Industrial and Commercial Sensing Division
Thu, Feb. 16, 2023 · 11:30 am (MST)
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Available On-Demand
With that advent of the Industrial IoT, manufacturing and automation systems run far more efficiently than ever before. Predictive maintenance is one reason for that, as well as the ability to monitor a factory at all hours from any location. In this session, we will look at how the adherence to Industry 4.0 helps keep manufacturers in line, while the addition of modern robotics and machine learning help optimize a factory.
Available On-Demand
With that advent of the Industrial IoT, manufacturing and automation systems run far more efficiently than ever before. Predictive maintenance is one reason for that, as well as the ability to monitor a factory at all hours from any location. In this session, we will look at how the adherence to Industry 4.0 helps keep manufacturers in line, while the addition of modern robotics and machine learning help optimize a factory.
Sensors, RF and Cloud Support Team Manager, STMicroelectronics
General Manager of Product Center, DFI
Thu, Feb. 16, 2023 · 12:30 pm (MST)
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Available On-Demand
The metaverse is a collection of virtual worlds that represent some aspect of a society or industry. These virtual worlds are implemented using digital twins that can model real-world environments in order to run various cause-and-effect scenarios to explore, gain insights, and maximize success for achieving the goals of the real-world system before implementation and construction. Don’t miss your chance to learn about the metaverse terminology, anatomy, key aspects and analysis transforming your industry today.
Available On-Demand
The metaverse is a collection of virtual worlds that represent some aspect of a society or industry. These virtual worlds are implemented using digital twins that can model real-world environments in order to run various cause-and-effect scenarios to explore, gain insights, and maximize success for achieving the goals of the real-world system before implementation and construction. Don’t miss your chance to learn about the metaverse terminology, anatomy, key aspects and analysis transforming your industry today.
Global Field CTO, Ingram Micro
Computer Scientist, NIST
Thu, Feb. 16, 2023 · 1:30 pm (MST)
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Available On-Demand
The metaverse & digital twins are paving the way to solving key development and operational issues prior to building the real-world system. This webcast describes key connectivity, silicon, platform, and software components that provide the foundational materials for the metaverse. Experts in 5G, Wi-Fi, GPU, server, sensor, and AI technologies discuss key features, capabilities, and benchmarks in order to build successful digital twins.
Available On-Demand
The metaverse & digital twins are paving the way to solving key development and operational issues prior to building the real-world system. This webcast describes key connectivity, silicon, platform, and software components that provide the foundational materials for the metaverse. Experts in 5G, Wi-Fi, GPU, server, sensor, and AI technologies discuss key features, capabilities, and benchmarks in order to build successful digital twins.
High Tech Industry Global Lead, Accenture
Sr. Product Marketing Manager, STMicroelectronics
Thu, Feb. 16, 2023 · 2:30 pm (MST)
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Available On-Demand
For the intelligent edge to reach its full potential, solution providers will need to deliver AI, IoT, computer vision, robots, and connectivity services – at scale. These solutions must be tailored to specific customer requirements and desired outcomes, which requires a paradigm shift in the way we trade and deliver solutions. A collaboration of Digital Twin Consortium, TM Forum, and Airport Council International member organizations aligned concept, capability, and event models to simplify the delivering of complex multi-party services that can scale from niche industry applications all the way up to national infrastructure, as will be demonstrated in this session.
Available On-Demand
For the intelligent edge to reach its full potential, solution providers will need to deliver AI, IoT, computer vision, robots, and connectivity services – at scale. These solutions must be tailored to specific customer requirements and desired outcomes, which requires a paradigm shift in the way we trade and deliver solutions. A collaboration of Digital Twin Consortium, TM Forum, and Airport Council International member organizations aligned concept, capability, and event models to simplify the delivering of complex multi-party services that can scale from niche industry applications all the way up to national infrastructure, as will be demonstrated in this session.
Technical Lead, UK Digital Twin Programme
Global Field CTO, Ingram Micro
Thu, Jan. 26, 2023 · 12:30 pm (MST)
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Available On-Demand
The Colonial Pipeline attack is an ominous reminder of the unique vulnerabilities of manufacturing’s OT environments. In 2022, this sector became the most targeted by cyberattacks. Manufacturing risk amounts to intuitive factors, such as unpatchable legacy systems, or systemic issues, such as third-party contractor risk or the inability to take operational systems down to implement security controls. This presentation will explore these factors and the OT cyberattack kill chain, including scanning, compromise, and lateral movement. Then, it will discuss how federally compliant Zero Trust Architecture can kill the kill chain and frustrate threat actors, stopping attacks before they happen.
Available On-Demand
The Colonial Pipeline attack is an ominous reminder of the unique vulnerabilities of manufacturing’s OT environments. In 2022, this sector became the most targeted by cyberattacks. Manufacturing risk amounts to intuitive factors, such as unpatchable legacy systems, or systemic issues, such as third-party contractor risk or the inability to take operational systems down to implement security controls. This presentation will explore these factors and the OT cyberattack kill chain, including scanning, compromise, and lateral movement. Then, it will discuss how federally compliant Zero Trust Architecture can kill the kill chain and frustrate threat actors, stopping attacks before they happen.
CMO, BlastWave
Executive Vice-President, Brand Director, Embedded Franchise, OpenSystems Media
Thu, Jan. 26, 2023 · 2:30 pm (MST)
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Available On-Demand
This case study discusses three key problems in the electronics industry caused by a lack of data standards. The data team at CELUS has established procedures to successfully tackle these and ensure the required data quality to enable data-driven electronics design.
1. Data pipelines loading data from component manufacturers with validation stage, where our content team reviews provided information.
2. Extraction of information needed for design from provided files, such as schematics, using machine learning algorithms and trained neural networks.
3. Introducing the concept of a CUBO, a reusable block, enriched with all the engineer’s knowledge and information required for design.
Available On-Demand
This case study discusses three key problems in the electronics industry caused by a lack of data standards. The data team at CELUS has established procedures to successfully tackle these and ensure the required data quality to enable data-driven electronics design.
1. Data pipelines loading data from component manufacturers with validation stage, where our content team reviews provided information.
2. Extraction of information needed for design from provided files, such as schematics, using machine learning algorithms and trained neural networks.
3. Introducing the concept of a CUBO, a reusable block, enriched with all the engineer’s knowledge and information required for design.
Data Engineer, CELUS
Executive Vice-President, Brand Director, Embedded Franchise, OpenSystems Media
Thu, Jan. 26, 2023 · 2:30 pm (MST)
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Available On-Demand
If you look around on your shop floor, chances are that you don’t even notice most of the computers there. These are things, such as HVAC or air compressors, but also video cameras both for surveillance and inspection, PLCs and building automation.
Many of these devices run Linux in their controllers.
This presentation will give a short overview of the concepts and technology stack commonly found in embedded linux systems and the benefits they provide. Based on that we take a look at the challenges that this brings, such as license compliance requirements and how to keep those devices updated.
Available On-Demand
If you look around on your shop floor, chances are that you don’t even notice most of the computers there. These are things, such as HVAC or air compressors, but also video cameras both for surveillance and inspection, PLCs and building automation.
Many of these devices run Linux in their controllers.
This presentation will give a short overview of the concepts and technology stack commonly found in embedded linux systems and the benefits they provide. Based on that we take a look at the challenges that this brings, such as license compliance requirements and how to keep those devices updated.
Head of Developer Relations for Mender.io, Yocto Project Ambassador
Executive Vice-President, Brand Director, Embedded Franchise, OpenSystems Media
Thu, Jan. 26, 2023 · 3:00 pm (MST)
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Available On-Demand
When it comes to AI, there are signification dangers one should consider at the board/system level, or when moving over to the edge. Malicious attacks are growing more sophisticated, with hackers finding new ways to cause disruption to critical systems. When systems are vulnerable to modification, the very integrity of systems can become compromised.
For Smart Manufacturing Day, I would address how standards and technology such as DICE, TPM, FIM and RIM are crucial to maintaining device integrity, allowing manufacturers to attest relevant data is valid, and encrypting content to avoid illicit modification of the AI whilst in transit.
Available On-Demand
When it comes to AI, there are signification dangers one should consider at the board/system level, or when moving over to the edge. Malicious attacks are growing more sophisticated, with hackers finding new ways to cause disruption to critical systems. When systems are vulnerable to modification, the very integrity of systems can become compromised.
For Smart Manufacturing Day, I would address how standards and technology such as DICE, TPM, FIM and RIM are crucial to maintaining device integrity, allowing manufacturers to attest relevant data is valid, and encrypting content to avoid illicit modification of the AI whilst in transit.
Co-chair, TCG Marketing Work Group
Executive Vice-President, Brand Director, Embedded Franchise, OpenSystems Media
Thu, Jan. 26, 2023 · 3:00 pm (MST)
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Available On-Demand
Manufacturing is difficult. Increasing demand for critical goods and the shortage of skilled workers required to produce them at scale mean it is becoming even more difficult. The answer to this challenge is further automation, which now appears more achievable than ever given the recent progresses in AI technology. Yet, to this day, AI largely failed to deliver on its potential despite significant investments in data infrastructure and talent. Understanding the reasons behind this failure is a critical step towards unlocking AI and associated ROI. Our experience deploying AI in today’s most sophisticated industry, chip making, indicates 4 main reasons for failure ranging from insufficient model and systems reliability to low output actionability to inefficient team organization.
Available On-Demand
Manufacturing is difficult. Increasing demand for critical goods and the shortage of skilled workers required to produce them at scale mean it is becoming even more difficult. The answer to this challenge is further automation, which now appears more achievable than ever given the recent progresses in AI technology. Yet, to this day, AI largely failed to deliver on its potential despite significant investments in data infrastructure and talent. Understanding the reasons behind this failure is a critical step towards unlocking AI and associated ROI. Our experience deploying AI in today’s most sophisticated industry, chip making, indicates 4 main reasons for failure ranging from insufficient model and systems reliability to low output actionability to inefficient team organization.
CEO & Co-Founder, Lynceus
Executive Vice-President, Brand Director, Embedded Franchise, OpenSystems Media
