2025
Entries
Urban transportation faces mounting challenges: congestion, pollution, risinging frastructure costs, and growing population densities.
In response, we introduce the Modular AI-Powered Electric Urban Transport Pod System: a next-generation solution designed to revolutionize how people move within cities.
These fully electric, autonomous pods are lightweight,
Multi-Path is a profoundly new audio D-to-A conversion architecture that improves today's best DAC performance by 100X (40dB) or more. Noise, Linearity, and Dynamic Range are so advanced that today's finest test equipment cannot fully measure it (40nVrms broadband noise floor).
Apexzlink Multimodal Logistics Marketplace is a digital solution that facilitates the booking, management and streamlining of shipment request process for customers, drivers, and companies using various modes of transportation like a combination of trucking, rail, and shipping. (e.g., road, rail, sea, air) in a single, integrated process. It will digitize the worlds of supply chain management and logistics, routing,
In response to the global demand for clean and efficient transportation infrastructure, our project introduces an innovative solar-powered wireless charging station for electric vehicles (EVs). This smart system integrates inductive charging, renewable energy utilization, and secure access control through RFID and keypad authentication, eliminating the need for physical connectors and reducing dependence on the electrical grid.
The Frictionless Oscillating Bearing (FOB) is a next-generation mechanical support system engineered to replace conventional pivot and wear joints on oilfield pump jacks. Designed specifically for the repetitive vertical motion of the polish rod, this system eliminates mechanical friction through a magnetically levitated spherical bearing. The FOB integrates electromagnetic field suspension, precision alignment sensors,
Conventional canes used by visually impaired individuals have limitations in providing information about their surroundings. To meet the need for safer, more comfortable, and independent mobility, a smart cane based on the Internet of Things (IoT) technology was developed, equipped with distance sensors, a GPS module, and smartphone connectivity.
Our goal is to modernize utility industry practices, enhancing efficiency, safety, and precision, while keeping the interest and wellbeing of utility workers in mind. As the world trends toward electrification, the grid must be able to keep up, demanding an increase in construction and demonstrating the need for a more resilient grid. Further, with the advent of climate change,
Its goal is to develop a reusable fixed-wing aircraft that will serve as a versatile platform for experiments and research. In response to the current lack of such resources, the aircraft will support educational initiatives, foster research and innovation, and provide practical solutions to industry challenges.
By bridging the gap between theoretical knowledge and practical application,
Cameras are key enablers of self-driving and advanced driver assistance systems (ADAS) that are revolutionizing the safety, comfort, and efficiency of transportation. However, they suffer from a fundamental flaw: They capture images at fixed intervals – typically 40-45 frames per second (FPS) – during which they are effectively “blind”,
1) The on research and experimental device has special cabin 1 so that the weight of the passengers is transmitted by a series of interconnected double cone wheels units sliding on a series of interconnected v shaped tracts with freedom of side to side movement and tends to be supported by a rigid tube at right angle to the
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