GBT Technologies Inc. received a notice of allowance for its microchip's reliability verification and auto-correction electronic design automation (EDA) patent application, which has been assigned internal project's code name, Epsilon. As integrated circuits (ICs) manufacturing node is constantly scaling down, design firms are facing a broad spectrum, complex challenge in the electrical reliability domain, which is dictated by the laws of physics. Microchip reliability refers to the ability of an IC to perform its intended functions accurately and consistently over its operational lifetime.

It encompasses the chip's ability to operate within specified parameters, without degradation or failure, under various environmental conditions and stresses. High performance computing systems require optimal electrical and thermal characteristics to ensure reliability and accuracy. Advanced ICs are the core of these systems and need to function with a high level of dependability.

Particularly in the fields of medicine, aviation, transportation, data storage and communication, a microchip's reliability factor has become a crucial factor. Addressing a microchip reliability becomes particularly crucial as the scale of the ICs decreases to low nanometer dimensions. With smaller feature sizes, more complex reliability challenges emerge, including electromigration, process variations and others.

GBT's Epsilon patent application introduces innovative technology with the goal of addressing advanced semiconductor node's physics providing a high level of reliability, optimal thermal design, lower power consumption and high performance. The described technology includes machine learning algorithms to enable robust design, process optimization, characterization, modeling and simulation. The technology underling the patent application identifies reliability flaws, describes the found issues, and enables an automatic correction of these reliability issues, early during the IC's design phase.

Machine learning techniques will be performing data analysis, identification, categorization, and reasoning about executing the optimal IC layout automatic correction. The technology aims to allow IC designers to analyze and fix circuits, early during the design phase, with higher efficiency, and in real-time. The patent is expected to be granted in the upcoming months.

GBT plans to continue its R&D efforts in this domain, inventing modern technologies, enabling reliable, low power and high-performance next generation microchips. There is no guarantee that the Company will be successful in researching, developing or implementing this system. In order to successfully implement this concept, the Company will need to raise adequate capital to support its research and, if successfully researched and fully developed, the Company would need to enter into a strategic relationship with a third party that has experience in manufacturing, selling and distributing this product.

There is no guarantee that the Company will be successful in any or all of these critical steps.