Unity has developed an Extended reality (XR) toolkit which can create complex virtual learning environments for employees. Unity’s presence in the workplace doesn’t just stop in the design room either. Designers and engineers are able to navigate through augmented 3D models of the data they’re working on to get an unparalleled visualization of the products they’re working on.
Unity can deliver cutting edge technology to industrial businesses through their Unity Industrial Collection, which is a set of software tools that allows people to import, optimize and visualize 3D data in Unity. Now Unity’s AR/VR reach isn’t just limited to gaming applications. Game developers are now supported by Unity’s suite of development tools, providing them with rich asset libraries to construct their virtual world, a scriptable render pipeline to deliver powerful visuals and multi-platform support, allowing deeper penetration in the market. Unity is a 3D graphics and physics engine that is responsible for over 60% of ALL AR/VR content in the world right now. That means they need the best tools for building interactive content for augmented and virtual reality. Leading software suite for 3D interactive AR/VR content creation.īefore consumers can explore the Metaverse, developers need to build it. If the Metaverse takes off, Unity could very well find its developer tools becoming the gold standard for constructing 3D virtual worlds. Omniverse builds off of Pixar’s Universal Scene Description (USD) framework and leverages Nvidia’s software suite to make development a breeze. Machine learning is doing the heavy lifting while the user enjoys an experience that’d previously only be possible with more expensive hardware.īeyond just operating on the hardware side, Nvidia have also developed Omniverse, a scalable development platform for the building and deployment of metaverse applications. Nvidia DLSS can deliver consumers with the higher fidelity graphics they seek in Metaverse applications with less processing overhead. Nvidia’s RTX series of graphics cards have helped push the boundaries of what consumer PCs are able to deliver by integrating machine learning algorithms into their ecosystem, to allow performance beyond the limitations of the hardware. Whether that’s for consumers, commercial or high-level computational applications, Nvidia is the main player people come to when they need to power their machine learning systems. Nvidia is THE big name when it comes to graphics processing and artificial intelligence solutions. To do this, advances in computer hardware, computer science and AI algorithms need to be made. At the same time, users expect to interact with their environment without latency (lag) or stuttering. In order for the Metaverse to be widely adopted, the graphics need to be crisp and clear. Providing consumers with the hardware to interact with the Metaverse and Developers the tools to build it.
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