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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. (OTC PINK: GTCH) is advancing automation in integrated circuit (IC) design through the development of an LVS Auto-Correct program, aimed at addressing electrical connectivity mismatches. This project, code-named SIGMA, aims to reduce IC design time from days to minutes for advanced 5nm chips. A provisional patent was filed on September 27, 2021. However, the company notes the lack of guaranteed success in the development process, which will require significant capital and potential partnerships for commercialization.
GBT Technologies Inc. (OTC PINK: GTCH) is developing an EDA software tool aimed at generating reusable IC layout blocks, thereby reducing design time and costs for System on Chip (SoC) projects. This technology intends to automate the generation of internal IP blocks, which can significantly accelerate the design process for intelligent electronic devices. However, the company faces challenges in securing capital and establishing strategic partnerships for successful implementation. The technology aims to enhance IC performance while minimizing power consumption and physical space.
GBT Technologies has announced the launch of a long-distance testing phase for its Infinia radio system, aimed at establishing nationwide voice and data communication. This phase will evaluate coverage in dead zones using fixed coordinate repeater units, and aims to ensure continuous communication by automatically switching frequencies based on ionospheric conditions. The system targets various applications, including telemedicine and emergency response. However, the company acknowledges the lack of guarantees in successfully developing and implementing the system.
GBT Technologies Inc. (OTC PINK: GTCH) has filed a non-provisional patent with the USPTO for a motion and position detection system utilizing radio waves. This innovative technology can capture real-time movements and positions, enabling applications in health monitoring, security, and advanced driver monitoring systems. The internal project, known as Apollo, employs AI to analyze data and create 2D/3D images. The company aims to develop a prototype and seek partnerships for practical applications. However, successful implementation is contingent on raising sufficient capital and achieving regulatory approval.
GBT Technologies Inc. (OTC PINK: GTCH) has completed large-scale testing of its qTerm GEN III prototype telemedicine device. The new web-based widget allows users to monitor their vital signs globally, featuring historical data and analytics. Upcoming enhancements aim to improve device accuracy and functionality, integrating AI for real-time health monitoring. However, successful market implementation hinges on raising adequate capital and establishing manufacturing partnerships. The qTerm GEN III modifications are expected in the coming months, with potential commercialization on the horizon.
GBT Technologies Inc. (OTC PINK: GTCH) aims to develop a driver monitoring system named Apollo, leveraging its radio wave technology to detect motion and vital signs. This AI-driven system can potentially recognize driver fatigue or distraction, providing alerts or even taking control of the vehicle when necessary. With over 90% of road accidents attributed to driver error, Apollo could enhance road safety. The company plans to file a non-provisional patent soon, although success depends on future research funding and partnerships.
GBT Technologies Inc. (OTC PINK: GTCH) is advancing its qTerm device by developing a noninvasive blood glucose monitoring feature using optical sensor technology and machine learning algorithms. The current qTerm device measures vital signs and aims to include blood pressure in future updates. GBT is conducting feasibility simulations to improve accuracy and eHealth integration. However, successful implementation relies on raising capital and obtaining regulatory approvals, making future outcomes uncertain. This potential enhancement could significantly appeal to diabetic patients.
GBT Technologies Inc. (OTC PINK: GTCH) is testing Near Vertical Incidence Skywave (NVIS) Antenna Technology to enhance long-range communication, particularly in HF dead zones. This technology aims to optimize radio signal coverage in challenging terrains through specially designed antennas that transmit at high angles. NVIS is intended for use in remote areas lacking modern infrastructure, facilitating emergency responses and telemedicine. However, the company faces challenges, including the need for capital to support research and potential partnerships for product commercialization.
GBT Technologies (OTC PINK: GTCH) announced the implementation of advanced AI big data analytics for Kirlian research to explore correlations with health data. The analysis will first identify patterns and classify data, followed by an examination of redundant data to discover viable correlations.
The final AI system aims to match Kirlian imaging findings to health symptoms, with the potential for integration into the qTerm device. However, success hinges on raising capital and securing partnerships, with no guarantees of successful implementation.
GBT Technologies Inc. (OTC PINK: GTCH) is advancing its research on self-tuned antenna technology to enhance its Infinia Long Range radio system. This technology aims to optimize power transfer for high-frequency radio communication, particularly in challenging ionospheric conditions. The company is also exploring an azimuth-controlled antenna system for improved communication based on geographic coordinates. However, success in development relies on securing capital and forming strategic partnerships, with no guarantee of achieving these objectives.