Maxar Technologies Unveils SYNTH3D, a Digital Twinning Technology

On February 27th, Maxar Technologies released SYNTH3D, a digital twinning technology for analog, metauniverse and VR applications. The 3D digital twin solution…

Maxar Technologies Unveils SYNTH3D, a Digital Twinning Technology

On February 27th, Maxar Technologies released SYNTH3D, a digital twinning technology for analog, metauniverse and VR applications. The 3D digital twin solution was developed by Maxar in cooperation with artificial intelligence startup Blackshark.ai. This latest product will help creators simulate and bring the real world environment into the metauniverse and virtual reality (VR) applications. (NFTGators)

Maxar cooperates with Blackshark.ai to launch 3D digital twinning solutions for applications such as metauniverse

Interpretation of the news:


Maxar Technologies has recently launched SYNTH3D, a digital twinning technology that helps creators simulate and bring the real world into virtual reality (VR) applications. The technology was developed in collaboration with artificial intelligence startup Blackshark.ai, and it is designed to provide a more immersive experience to users.

Digital twinning technology has been gaining popularity in recent years, mainly in manufacturing and industrial sectors, where it helps to create digital models of physical objects and equipment. These models can then be used to simulate the behavior of the objects and equipment in different scenarios. Digital twinning is now increasingly being used in other sectors, including architecture, construction, and urban planning.

Maxar Technologies’ SYNTH3D technology goes a step further by bringing the real-world environment into the metauniverse and virtual reality applications. This makes it possible for users to experience a more immersive and real-life-like environment, where they can interact with the virtual objects as if they were interacting with real objects.

The technology uses advanced artificial intelligence algorithms to create realistic and detailed virtual models of the physical environment. The models are based on high-resolution satellite and airborne imagery and data, as well as other geospatial data. The technology also leverages Maxar’s expertise in satellite imagery and data analytics to provide a highly accurate and detailed 3D representation of the environment.

SYNTH3D technology has many potential applications, including in urban planning, architecture, and construction. For example, architects and urban planners can use the technology to simulate and test different scenarios for building design and urban development. Construction companies can use the technology to create a virtual model of the building site, enabling them to plan and coordinate construction activities more efficiently.

In conclusion, Maxar Technologies’ SYNTH3D technology is an exciting development in the digital twinning space. It has the potential to revolutionize how we experience virtual reality and how we plan and design our physical environment. By bringing the real world environment into the metauniverse and VR applications, the technology will provide a more immersive and engaging experience to users.

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