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GBT Technologies Inc. reports developments in artificial intelligence, Internet of Things and intelligent platform technologies through its OTC Pink-traded public-company updates. Recent company news centers on wholly owned subsidiaries that extend its platform into automated wellness retail and digital media.
Recurring themes include Cube Wellness Technologies, which deploys AI-enabled smart wellness machines for university, workplace and community environments, and Cube X Media Corporation, which creates digital advertising, vertical video and cinematic content for distribution across interactive machine networks. Updates also cover subsidiary formation, leadership and board appointments, material agreements, capital-structure matters and operating results.
GBT Technologies Inc. (GTCH) is developing a new Electronic Design Automation (EDA) technology to improve Integrated Circuits (IC) manufacturing, addressing challenges in Design For Manufacturing (DFM) analysis. The aim is to enhance silicon yield through a real-time system integrating DFM and Design Rule Check (DRC) rules, focusing on deep nanometer chip designs. While the company emphasizes its innovative approach, it acknowledges the need for sufficient capital and strategic partnerships for successful implementation, with no guarantees of success in these endeavors.
GBT Technologies Inc. (OTC PINK: GTCH) has announced that its PCT application has entered the regional phase in Europe as of March 16, 2021, assigned the number 19862631.9, covering all EPC states. This application was initially filed around October 9, 2019. The European Patent Office is anticipated to issue a communication inviting GBT to respond to the WO (ISA)/IPRP, with potential for claims reduction to limit fees. GBT aims to develop a suite of products incorporating IoT and AI technologies, focusing on licensing its intellectual property.
GBT Technologies Inc. (OTC PINK: GTCH) is advancing its research on Probabilistic Neural Network (PNN) algorithms for Kirlian photography to analyze human organs. This innovative research aims to extract health-related information from energy-based images produced by Kirlian techniques. GBT plans to optimize PNN methods for efficient image processing, focusing on identifying patterns associated with health concerns. However, the success of this venture hinges on adequate capital and strategic partnerships, with no guarantee of achieving its objectives.
GBT Technologies Inc. (OTC PINK: GTCH) has defined its Infinia project, focusing on developing a long-range radio transceiver system for data and audio communication. The system aims to operate in high frequencies (HF) to ensure clarity and reliability across long distances. Key features include a user-friendly interface and advanced communication protocols. The project emphasizes health-related communication first, with a vision of global connectivity. However, the success of the project depends on research, adequate funding, and strategic partnerships.
GBT Technologies (OTC PINK: GTCH) is developing a smartphone application for its qTerm device, targeting long-range radio communication to transmit user vitals. The system aims to provide features such as data transmission via Low Energy Bluetooth, an AI backend for analytics, and enhanced security through encryption. The qTerm supports telemedicine, allowing users to send health data and location globally. The improved qTerm hardware is expected by May 2021, with initial testing of the radio prototype planned for August 2021.
However, successful development hinges on securing funding and partnerships.
GBT Technologies Inc. (OTC PINK: GTCH) is seeking international PCT protection for its 3D Chip and Memory patent across South Korea and Europe. This patent focuses on a multiplanar silicon design, aiming to enhance silicon yield and reduce power consumption in integrated circuits (ICs). The company believes this innovation will facilitate the development of advanced memory chips and GPUs. The original patent was granted by the USPTO on December 1, 2020, following its filing in March 2019.
GBT Technologies Inc. (GTCH) is advancing its AI-based robotics research for medical applications, specifically focusing on remote operation robotics. This technology aims to enhance surgical precision through robotic arms controlled by surgeons from a distance. The company recognizes the potential of machine vision combined with robotic systems to improve minimally invasive procedures. However, successful development depends on adequate capital and partnerships for manufacturing and regulation. The company faces uncertainty about achieving these goals, which are crucial for its research to come to fruition.
GBT Technologies Inc. (OTC PINK: GTCH) is focusing on developing a long-range radio system aimed at global data and voice communications in remote areas, independent of conventional networks like cellular or Wi-Fi. This system is envisioned for various applications, including telemedicine and military rescue operations, and will integrate with GBT’s existing medical and AI technologies. However, the company highlights there is no guarantee of successful development or patent approval, requiring adequate funding and strategic partnerships for commercialization.
GBT Technologies Inc. (OTC PINK: GTCH) is developing real-time algorithms for Kirlian imaging, aiming to analyze this vast graphical data for potential health insights. The company's research involves machine learning to enhance object detection and classification within Kirlian images, focusing on characteristics like shape and color. However, GBT faces challenges including the need for substantial capital and regulatory approvals to implement this technology successfully. The project could provide rapid analysis of health-related data, but its success remains uncertain.
GBT Technologies Inc. (GTCH) has filed a patent application for an AI facial recognition system aimed at enhancing security for smartphones and computers. Filed on February 9, 2021, the system will identify users based on facial and bodily features, even when masked. The technology has potential applications in health monitoring, security, and law enforcement. However, the company warns that successful implementation is contingent on securing adequate funding and strategic partnerships, with no guarantees of patent approval or commercialization success.