Aerospace & Defense
The Griffiths Free-Flying EVA Logistics Sled (NGLS) is a purpose-built EVA logistics vehicle designed to solve a capability gap that traditional astronaut maneuvering units were never intended to address. Systems like SAFER and the historical MMU were built for personal mobility and emergency return, not for transporting heavy equipment, structural components,
RF Spatial Intelligence is an augmented reality and spatial computing concept that enables users to visualize and interact with real-time radio frequency activity directly within their physical environment. The experience transforms invisible electromagnetic signals into intuitive 3D visual overlays using XR interfaces, AI-assisted signal analysis, and real-time RF sensing technologies.
The concept is designed for aerospace,
Blue Spirit Aero (BSA) is developing the Dragonfly family, a new generation of hydrogen-electric aircraft designed specifically for pilot training, general aviation and military operations.
The project addresses a major challenge facing the aviation industry. The global flight training fleet is aging rapidly, with an average aircraft age of around 47 years.
Goal: Establish a space and multi-planetary exclusively robotic workforce system to construct self-sustaining interplanetary space stations and Moon - Mars - Titan planetary colonies, prior to human arrival.
Impact: Mitigate deep-space hazards and disasters by utilizing Earth-based, distributed human operators to manage infrastructure building remotely.
Approach: Transforms planetary colonization into an automated,
Automatic Dependent Surveillance–Broadcast (ADS-B) is the backbone of modern air traffic surveillance, broadcasting an aircraft's identity, position, and velocity in the clear, with no authentication. This makes it trivially spoofable: anyone with a low-cost software-defined radio can inject fake aircraft or impersonate real ones, threatening both safety and security as airspace grows more congested and automated.
MEOSPS is an electric spacecraft propulsion architecture powered by MEOOPS-MAG high-speed rotating structures capable of interacting with the vehicle transitions into near-vacuum conditions, the propulsion mode shifts from aerodynamic interaction toward electromagnetic operation. The overall vehicle architecture is intended to support both atmospheric and orbital operational environments.
Conventional open-rotor UAVs suffer from two major limitations in aerospace operations: severe susceptibility to wind disturbances and safety hazards from exposed blades. In crosswinds, open propellers experience asymmetric lift and tip vortex states, causing roll/pitch instability. This restricts their use in turbulent weather, close to infrastructure, or during tactical military and disaster-relief operations.
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