$GTCH The patent seeks to provide comprehensive IP protection for intelligent, long range radio technology, including architecture, concepts, and methods
SAN DIEGO, March 15, 2022 (GLOBE NEWSWIRE) -- GBT Technologies Inc. (OTC PINK: GTCH) ("GBT” or the “Company”), filed a non-provisional patent, application #17686461, for its long range, intelligent radio system, which has been assigned an internal code name Infinia. The patent seeks to protect a long-range data and voice communication system, that is operating via High Frequency (HF) radio waves. The technology intends to communicate through an ionospheric propagation environment to reach very long distances. The design incorporates AI systems and methods to overcome long range HF radio major challenges including skip zones, where there is no reception. The proposed dead-zone solution is based on an AI geo-referenced analytics, to enable continuous, reliable data and voice communication regardless of rough terrains, weather and other ionospheric related conditions. The systems and methods that is incorporated into the patent is designed to analyze the ionospheric conditions and automatically adjusting frequencies, antenna power/position and additional factors to ensure consistent and strong radio signal.
The Infinia GEN I radio part successfully passed short- and long-range v testing and GEN II release is targeted for AI implementation. Upon commercialization, the Company expects to target the system for military and civil applications, among them are remote locations telemedicine, civil/military communication, emergency response and remote internet services. GBT plans to further evaluate the technology for smart tracking applications among them are IoT, autonomous vehicles, smart cities, agriculture and others alike. The system is intended to work through its own private, secured, network protocol, ensuring high performance, clear, reliable radio communication and with robust cybersecurity measures.
"Our Infinia long range, intelligent radio technology is designed to sustain rough weather and terrain. For example, once commercialized we intend to target remote area telemedicine, emergency services, rescue, and all terrain military communication. We also believe another large market segment is the tracking and IoT domains which we believe the Infinia can be of a great success due to its reliability and robust cybersecurity capabilities. When developed, the main system’s advantage will be to provide an intelligent solution to overcome dead zones, which is the main obstacle for HF based systems. The non-provisional patent aims for a comprehensive IP protection of the Infinia voice and data communication along with its machine learning algorithms and methodologies. As we also develop the Infinia system we successfully completed GEN I release and we are now working on GEN II that will include machine learning technology. The Infinia technology is aimed to provide a high performance, reliable, secured HF communication solution and we expect it will be able to be used in wide variety of civil and military domains.” Said Danny Rittman the Company’s CTO
SAN DIEGO, March 15, 2022 (GLOBE NEWSWIRE) -- GBT Technologies Inc. (OTC PINK: GTCH) ("GBT” or the “Company”), filed a non-provisional patent, application #17686461, for its long range, intelligent radio system, which has been assigned an internal code name Infinia. The patent seeks to protect a long-range data and voice communication system, that is operating via High Frequency (HF) radio waves. The technology intends to communicate through an ionospheric propagation environment to reach very long distances. The design incorporates AI systems and methods to overcome long range HF radio major challenges including skip zones, where there is no reception. The proposed dead-zone solution is based on an AI geo-referenced analytics, to enable continuous, reliable data and voice communication regardless of rough terrains, weather and other ionospheric related conditions. The systems and methods that is incorporated into the patent is designed to analyze the ionospheric conditions and automatically adjusting frequencies, antenna power/position and additional factors to ensure consistent and strong radio signal.
The Infinia GEN I radio part successfully passed short- and long-range v testing and GEN II release is targeted for AI implementation. Upon commercialization, the Company expects to target the system for military and civil applications, among them are remote locations telemedicine, civil/military communication, emergency response and remote internet services. GBT plans to further evaluate the technology for smart tracking applications among them are IoT, autonomous vehicles, smart cities, agriculture and others alike. The system is intended to work through its own private, secured, network protocol, ensuring high performance, clear, reliable radio communication and with robust cybersecurity measures.
"Our Infinia long range, intelligent radio technology is designed to sustain rough weather and terrain. For example, once commercialized we intend to target remote area telemedicine, emergency services, rescue, and all terrain military communication. We also believe another large market segment is the tracking and IoT domains which we believe the Infinia can be of a great success due to its reliability and robust cybersecurity capabilities. When developed, the main system’s advantage will be to provide an intelligent solution to overcome dead zones, which is the main obstacle for HF based systems. The non-provisional patent aims for a comprehensive IP protection of the Infinia voice and data communication along with its machine learning algorithms and methodologies. As we also develop the Infinia system we successfully completed GEN I release and we are now working on GEN II that will include machine learning technology. The Infinia technology is aimed to provide a high performance, reliable, secured HF communication solution and we expect it will be able to be used in wide variety of civil and military domains.” Said Danny Rittman the Company’s CTO
