The Next BIGGEST Industrial Revolution | NVIDIA Omniverse

The metaverse is an immersive digital realm where elements of online gaming, augmented reality, virtual reality, and social media converge, enabling users to engage and interact virtually. It serves as a virtual environment accessible through the internet, creating a dynamic and interactive online world.

Metaverse is an advanced Architecture for Digital Identities, Secure and Easy to Create Digital Assets.

Why Metaverse?

The software offers the capability to faithfully replicate the physical world in real time, making it an integral tool across various industries. From the initial stages of product, plant, or process design to ongoing operations, this software serves as a long-lasting solution that evolves alongside the product or operation it supports.

Scalability

The metaverse leverages the Substrate modular framework to provide extensive support for decentralized applications, ensuring enhanced scalability and long-term growth. Additionally, it facilitates seamless connectivity and information exchange with other independent blockchains, all at a reduced cost.

Interoperability

Through the use of tools such as Meta Mask, Remix, and Truffle, the Metaverse empowers individuals to develop and deploy smart contracts on the Metaverse chain. Furthermore, it supports Solidity and any other programming languages that compile to EVM bytecode, fostering greater compatibility and flexibility for smart contract development.

Security

The metaverse employs a security mechanism known as Proof of Work (POW) for block authoring and Grandpa finality. Rather than relying on a voting or validating committee through Proof of Stake (POS), the entire network validates each block. This approach not only safeguards against 51% attacks but also ensures a fair distribution of mining rewards to stakeholders and investors.

Omniverse

The Omniverse serves as a central hub that seamlessly connects and enhances 3D creative applications, providing a unified platform for assets, libraries, and tools. This integration creates a smooth workflow, empowering artists to unlock new levels of creative freedom and achieve unprecedented heights.

NVIDIA Omniverse™ is a highly adaptable platform designed for collaborative 3D design and scalable multi-GPU simulations that mirror reality in real-time. By revolutionizing individual creation and fostering effective teamwork, Omniverse brings forth greater creative possibilities and efficiency for 3D creators, developers, and enterprises alike.

Developers are at the forefront of Omniverse's design, as it offers them the flexibility to customize their 3D workflows at every level. This includes the ability to effortlessly construct new Omniverse Connectors, extensions, applications, and microservices, allowing for tailored and personalized experiences.

Omniverse Enterprise is a transformative solution that streamlines intricate design processes and workflows for organizations of all sizes. It facilitates real-time collaboration among multiple users and locations, enabling seamless integration of various applications while utilizing centralized project data.

Omniverse Obey's laws of Physics:

The virtual world stimulation adheres to the principles of Physics, ensuring a high level of realism and real-time performance. This technological advancement paves the way for the next industrial revolution.

Digital Twin

A digital twin is a virtual depiction of an object or system that encompasses its entire lifecycle. It continuously updates itself with real-time data and leverages simulation, machine learning, and reasoning techniques to support decision-making processes. - IBM

A digital twin creates a virtual environment that significantly enhances the possibilities for studying and researching various objects and systems. It plays a crucial role in analyzing machine functions, allowing for the early detection of malfunctions and prompt issue resolution before physical implementation.

By leveraging digital twin technology, industries can make efficient investments in terms of cost and labor. NVIDIA Omniverse stands as a comprehensive physics-based digital twin solution.

The collaboration between NVIDIA and Siemens has resulted in the most advanced integration and development of a comprehensive suite of tools and applications for the creation of what is known as a Digital Twin.

The live digital twin serves as a unified platform that integrates information from product design, product life management, plant automation, and post-deployment plant optimization. This holistic approach enables the entire lifecycle of a product to be encompassed within a single digital world.

Not only does the digital twin resemble the real-life counterpart, but it also emulates its exact functions and behaviors. It accurately represents how a product behaves under specific conditions, such as applying pressure or modifying material properties.

This technological breakthrough represents a monumental advancement in the field.

What could be possible in the industry?

Let's envision a scenario where a factory is experiencing a decline in productivity, leaving the research team perplexed about the cause. This is where the Omniverse twin emerges as a valuable asset. It faithfully replicates the real plant, capturing the physical behavior of the machines, and allowing the team to analyze the problem within the virtual environment. This virtual replica provides an immersive experience that closely resembles being present at the actual factory.

By utilizing the metaverse, the team can navigate back in time to a specific moment when the factory's output was at its peak. Through this exploration, they discover that a software update was missed for one of the robots. Armed with this knowledge, they can rectify the issue within the digital twin by fixing the software and conducting thorough virtual testing. With the assurance gained from this virtual testing, the team becomes confident in implementing the software update on the real machine.

As a result, the problem is efficiently and cost-effectively resolved, thanks to the ability to analyze and address it within the digital twin environment.

Real World Simulation

Within NVIDIA Omniverse™, simulation capabilities are made available through a range of NVIDIA technologies, serving as plug-ins or microservices integrated into the Omniverse Kit. One notable simulation tool included in the Omniverse ecosystem is PhysX, an open-source physics simulator highly recognized and utilized in computer games. To define the objects involved in the simulation, their properties, constraints, and solver parameters, a custom USD schema is employed. The Omniverse Kit offers functionalities for modifying the simulation setup, initiating and concluding simulations, and fine-tuning all relevant parameters.

Connect Your Apps

By harnessing the power of Omniverse, users can effortlessly incorporate their preferred design applications through Omniverse Connectors and Apps. This seamless integration of their 3D workflow not only enhances efficiency but also unlocks novel avenues for creation and exploration, surpassing previous speed limitations.

What Omniverse Can Do?

Creation — It allows us to create virtual objects, machines, robots, humans, etc.

Simulation - It enables the virtual machine to emulate and replicate the physical behavior accurately.

Version control - Before implementing any new updates or changes, rigorous testing is conducted to avoid potential costs and time delays associated with faulty deployments.

Monitoring - Continuous monitoring of the assembly line is crucial, allowing for early detection of issues and timely responses.

Remote control - The ability to remotely control the entire industry provides accessibility from any location and at any time, enhancing operational efficiency and flexibility.

Omniverse Kit

Omniverse Kit serves as a versatile toolkit for developing native Omniverse applications and microservices. Unlike a monolithic application, it leverages Extensions as fundamental building blocks that can be combined in various ways to create diverse types of applications.

At a broader level, Python is utilized to script all UI elements, general features, and workflows, providing a high degree of customization.

Key Benefits

• Streamlined planning and implementation of industrial machinery.
• Enhances productivity and cost-effectiveness within the industry.
• Facilitates control and monitoring of large-scale industrial operations.
• Enables the development of custom tools and designs.
• Unleashes immense potential to drive economic growth and transformation across industries.
• Additionally, it is highly recommended to actively engage with Omniverse, as it offers continuous advancements and opportunities for innovation.

References

• Metaverses
• Siemens
• Omniverse Platform for 3D Design Collaboration and Simulation | NVIDIA
• What is a digital twin? | IBM