GBT Plans to Implement Metaverse Technology Within its Apollo Wireless Motion Imaging System – GlobeNewswire

Integrating Metaverse with GBT’s Big Data System, enhancing Apollo’s imaging using Augmented and Virtual Reality technologies

SAN DIEGO, Dec. 14, 2021 (GLOBE NEWSWIRE) — GBT Technologies Inc. (OTC PINK: GTCH) (“GBT” or the “Company”), plans to implement Metaverse Technology within its Apollo (Internal Project Code Name) motion detection system, for realistic graphical representation. The Apollo system is based on radio frequency (“RF”) waves to detect both stationary and moving objects; computationally, generating 3D computer vision cinematic media. The system tracks an entity’s motion and positions in real time, as Apollo transmits a RF signal into an environment within frequencies range. The RF signals bounce through entities and objects, then reflect back with changes. An AI algorithm tracks and analyzes the reflected data, constructing a real time 3D video of the scanned area. Apollo can distinguish between living entities and inanimate objects, working through barriers like walls, water and soil, which could enable the creation of a wide variety of medical, safety and rescue applications.

Applying Metaverse Augmented Reality (“AR”) technology within Apollo will also enable interoperability within multiple computerized environments, enabling a wide variety of possibilities, among them are various environments monitoring and advanced surveillance systems. GBT’s artificial intelligence technology will be powering Apollo’s Metaverse to track and present motion on-the-fly in a created digital virtual world, which is an accurate replica of the true scanned environment. The cinematic imaging created by the system will be using AR technology to create 3D objects, and humans as avatars, replicating their moves; ultimately, placing them within a virtual reality environment. The system’s range can be determined by its RF capabilities and can be enhanced via antennas and repeaters to enable larger coverage. GBT believes that this type of Metaverse imaging technology will significantly enhance Apollo’s 3D graphical representations, enabling realistic user experiences from anywhere, and on any type of device. The company is targeting to implement Metaverse technology within an initial Apollo prototype, and evaluate practical application possibilities.

“The main idea of Metaverse technology is to represent physical reality into augmented and virtual reality computerized environments. It combines multiple elements of technology; including virtual reality, augmented reality, and cinematic medium where users are represented within a digital world. In short, it creates an imaginary, virtual world, that simulates the real world. For example, a group of people can attend a meeting in a computerized virtual conference room as each participant is assigned an Avatar that behaves like its owner. Using VR technology, this meeting is conducted within a computer program with these Avatars. Typically, this type of technology is very efficient for high quality realistic computer games and simulations as it creates a high level of realism for imaginary digital scenes, allowing people to interact socially in cyberspace. Apollo’s motion detection system creates a cinematic representation of a scanned environment, detecting movements and positions, presenting them as metaphor of the real world. Implementing Metaverse methods will enable Apollo with a robust 3D representation of the real, physical world one with a high level of realism and authenticity. This virtual world …….


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35 Obsolete Technology Things To Prove How Much The World Has Moved On And Changed – Bored Panda

All it takes is one good vintage image to make you stop and reminisce about your youth. That’s the power of a good photo—it opens the door to a deep yearning for the ‘good old days’ and reminds you of how things used to be. A simpler time and, arguably, a better one, too.

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NIH launches intramural bioengineering center to foster technology collaboration across the agency –

News Release

Wednesday, January 25, 2023

NIH-wide resource will champion diversity, equity, inclusion and accessibility.

The National Institute of Biomedical Imaging and Bioengineering (NIBIB) has established the Center for Biomedical Engineering Technology Acceleration (BETA Center), a new intramural research program to solve a range of medicine’s most pressing problems. The BETA Center will serve the wider NIH intramural research program as a biotechnology resource and catalyst for NIH research discoveries.

The center will incorporate a focused engineering approach to accelerate the developm…….