Our Technical Knowledge

Hardware Technologies

• Microprocessors: Single Instruction Multiple Data (“SIMD”) instructions; branch handling in parallel processing; Digital Signal Processing (“DSPs”);
• A Field-Programmable Gate Array (“FPGA”) development and integration;
• An Inertial Measurement Unit (“IMU”) (for example, 6-axis gyroscope and accelerometer) for motion, orientation, and position measurement, estimation, and compensation: gesture recognition, user event detection, laser beam steering;
• Embedded systems development including wearable devices, portable devices (e.g., mobile phones and smartphones), and low power devices;
• Various wire-based communications (including one-wire protocols such as I2C and SPI, RS 232 (serial), and IEEE 1284 (parallel port))
• Circuit board layout and design;
• Automotive technologies including in-vehicle buses, assisted driving systems; turn-by-turn navigations; cellular calling devices in vehicles; point of interest determination and telematics;

Artificial Intelligence (AI) Technologies

Our team has extensive experience working with a wide range of artificial intelligence (AI) models and technologies, including but not limited to:

• Generative AI Models: Cutting-edge systems capable of creating new content, such as text, images, and more.
• Generative Pre-Trained Transformer (GPT) Models: Advanced language models designed for natural language understanding and generation.
• Text-to-Text Models: AI systems that transform or translate text, enabling applications like summarization, translation, and content rewriting.
• Text-to-Image Models: Innovative models that generate high-quality images from textual descriptions.
• Image-to-Text Models: AI solutions that analyze and describe visual content in natural language.
• Image-to-Image Models: Systems that modify or enhance images based on specific inputs or parameters.

We also specialize in supporting the development and protection of AI-based applications across a variety of industries, including:

• Virtual Assistance: AI-powered tools for personal and professional productivity, such as chatbots and voice assistants.
• Story Generation: Creative AI systems for generating narratives, scripts, and other forms of storytelling.
• Font Generation: AI-driven tools for creating unique and customizable typefaces.
• Personal Information Management: Intelligent systems for organizing, analyzing, and optimizing personal data.
• Database Optimization: AI solutions for improving database performance, scalability, and efficiency.
• Code Generation: Tools that leverage AI to write, debug, and optimize software code.
• Conversation Analysis: AI systems for analyzing and interpreting human conversations to extract insights.
• Virtual Machine Performance Analysis: Advanced tools for monitoring and enhancing the performance of virtualized environments.

In addition, we have significant expertise in machine learning and AI applications for:

• Autonomous and Semi-Autonomous Vehicle Navigation Systems: Developing and protecting technologies that enable vehicles to navigate safely and efficiently, whether fully autonomous or driver-assisted.
• Remote Sensing Systems: AI-powered solutions for collecting and analyzing data from remote sensors, including applications in environmental monitoring, agriculture, and defense.
• Diagnostic Systems: Machine learning models designed to identify and predict issues in complex systems, from medical diagnostics to industrial equipment monitoring.

Wireless Communications Technologies

• Free space beam steered high speed laser-based communication;
• Radio Frequency (“RF”) communication;
• Wireless mesh networking / sensor networks including “smart dust” – energy efficient computing, sensing, and communication techniques; ZigBee;
• Cellular communications including voice codecs; SS7-based call control and routing; 3GPP technologies (handset/network interactions, network-to-network interactions, and SIP / VOIP);
• Satellite communications (GEO and LEO broadband communication networks);
• 802.11 / Wi-Fi including protocols and applications; and
• Bluetooth and other short range communications technologies including NFC-based retail experience using mobile device.

Software Technologies

• Backend server systems, generally including e-commerce systems integration; web application servers for support of smartphone apps; web application servers for use via web browsers;
• Multimedia processing and playback including audio and video encoding formats and techniques; container formats; internet-based media streaming; HTPC (home theater PC) systems; user interfaces for controlling multimedia delivery and playback; and efficient progressive loading of media files to fit a set of media files in an arrangement;
• Virtual and augmented reality including smartphone-based augmented reality software; hybrid systems coordinating interaction among conventional (e.g., web browser), virtual, and augmented reality users;
• Software updating, management and efficient deployment of application revisions and implementation of application rollbacks across multiple application servers;
• User interfaces for mobile devices including gesture recognition and gesture-based control of a mobile device and modifying a user interface setting of the mobile device for visually impaired users;