GBT Technologies Inc (GTCH)

[28Rockets]

Is that supposed to be sarcasm? Lol

Danny Rittman is VWAV CTO
Motti Beck and Danny Rittman were both involved with BindKey Technologies, Inc., a company that designed electronic design automation (EDA) software.
Specifically:
Danny Rittman was a founder of BindKey Technologies, Inc., which was launched in 1999. He served as Vice President - Research & Development.
Motti Beck was the chairman and chief executive of BindKey Technologies.
Essentially, they were key figures, with Rittman being a founder and Beck holding a top executive position within the company.
Motti Beck holds the position of Senior Director of Enterprise Market Development within the Networking division at NVIDIA.
His responsibilities in this role likely include:
Strategic Market Development: Identifying and developing new market opportunities for NVIDIA's networking products and technologies within the enterprise sector.
Driving Adoption: Leading initiatives to increase the adoption of NVIDIA's networking solutions among enterprise customers.

GBT Technologies chip-related patents
GBT Technologies has focused on building a portfolio of patents related to integrated circuits (ICs) and their design, including:
Magic2: EDA software suite: This suite of eight tools aims to expedite IC design, improve reliability, and optimize manufacturing processes. It can detect and correct design errors, potentially increasing silicon yield and reducing costs. The suite also incorporates an AI system to enhance the functionality of its individual tools.
3D Multi-Planar Integrated Circuit Architecture: GBT's 3D, multi-planar chip architecture allows the creation of advanced analog, digital, and mixed-type ICs on significantly smaller silicon space. This can lead to cost reductions, lower power consumption, and improved performance. Their intellectual property covers the architecture, design methods, and even new concepts for memory technology, potentially enabling terabytes of memory in the same footprint as current gigabytes, without needing new manufacturing process breakthroughs.
Automatic Correction of Connectivity Mismatches: GBT has a patent related to automatically correcting electrical connectivity mismatches in ICs, especially for advanced nanometer chips (5nm and below) with billions of transistors. This technology aims to streamline the design process and improve efficiency by allowing automated correction of design rules.
Integrated Circuit Reliability Verification and Auto-Correction (Epsilon): This patent covers technology designed to address reliability issues in advanced semiconductor nodes, aiming for high reliability, optimal thermal design, lower power consumption, and high performance. The technology utilizes machine learning to identify, categorize, and correct reliability flaws early in the design phase.
3D, Multiplanar Photonic Integrated Circuits (CIP): GBT has a patent application related to incorporating photonic technology into 3D, multiplanar ICs. The goal is to create high-performance, high-bandwidth, and efficient PICs, combining photonic and conventional circuits in a 3D multiplanar structure. This hybrid approach offers advantages in high-speed technology and potentially contributes to "greener" solutions by reducing power consumption and heat.
Other related patents: Beyond chip design specifically, GBT also holds patents related to areas that could impact chip technology, such as:
Wireless Motion Detection (Apollo): This patent protects radio-based, real-time motion detection methods using neural networks to analyze radio wave transmissions and create 3D images and motion. It can be used for things like wearable-less health monitoring, autonomous vehicle "eyes", or security systems, including "seeing" through walls.
Facial and Body Recognition: GBT has a patent application covering machine learning techniques for identifying human features and securing electronic devices, including real-time 3D modeling and monitoring for enhanced security.
Mobile Database Management and Sharing: This patent enhances secure communication protocols and improves data processing for mobile and IoT devices, potentially benefiting security and speed in applications like military and medical systems.