Award Data

The construction industry is poised for a major transformation through the additive manufacturing approach of field-based concrete printing, an emerging technology using large-scale 3D printers to construct physical infrastructure. Most 3D printing is performed in a controlled environment. In field-based construction, many factors, especially environmental ones, affecting printed concrete product ...

This topic focuses on developing fast-running, computationally efficient, surrogate models to be used in place of slow running, computationally expensive, high-fidelity physics-based models inside of end-to-end missile defense simulation frameworks. Recent advances in physics informed machine learning (PIML) have made possible the substantial speed improvement of physics-based models. Corvid Techn ...

Leveraging our extensive Air and Missile Defense high-fidelity modeling and simulation (M&S) experience, combined with proven warhead manufacturing ability, Corvid Technologies proposes to design, prototype, and demonstrate a fragmenting warhead that is optimized to kill HMTs at large miss distances that could be integrated into a notional KV. Approved for Public Release | 22-MDA-11340 (16 Dec 22)

Anuma Aerospace seeks to develop the conceptual design for, and determine the technical and economic feasibility of, a Persistently-Elevated, Gas-free, Aerostatic Sensor Utility System (PEGASUS), which will work like a data buoy in the sky, continuously collecting and transmitting weather data from the marine atmospheric boundary layer (ABL) with the data being made available via application progr ...

In Phase I we developed a software capability for predicting the future positions of ocean drifters. We demonstrated the capability to predict drift for objects of varying shapes and train models based on historical observations. In Phase II we will leverage this software to perform high volume experimentation through which we will fully develop trained models using historical data for both passiv ...

President Biden’s new 2023 National Security Strategy outlines the need to shift the burden of security from individuals and small businesses to large institutions. Password-based authentication puts individuals and organizations at risk, but moving towards passwordless technologies is hard due to the overwhelming number of choices and the lack of data around the unmitigated costs. Inline with t ...

Corvid’s Vision software is currently capable of viewing dynamic simulation output for Corvid’s Post-Intercept Debris (PID) models to visualize intercept events and debris propagation. In Phase I, Corvid will leverage the existing Vision software and hardware, adapt the software to flight test data, and demonstrate the ability to replay the data for notional intercept event. The final Vision p ...

Corvid Technologies, in partnership with Systems Engineering Group (SEG), proposes a framework blending high-fidelity and fast-running tools, focused on radio frequency (RF) signature prediction for HCMs. This approach leverages existing techniques currently in use at Corvid and SEG for the analysis of hypersonic threats, as well as Corvid’s in-house High Performance Computing (HPC) capability. ...

Corvid Technologies proposes to design a fragmention warhead around a notional kill vehicle (KV) that is optimized to kill highly maneuverable Targets (HMTs) without a direct hit using high fidelity modeling and simulation techniques. The concept for the proposed design is to use a small amount of high explosives (HE) to dispense a wall of fragments into the path of the incoming HMT. This design u ...

Corvid, in partnership with the University of Washington, proposes the novel solution of solving an optimal pursuit-evader hypersonic scenario. Our approach will allow the team to generate optimal trajectories for a defensive missile system in real-time, while accounting for hypersonic target dynamics and responses to defensive maneuvers. University of Washington, recognized experts in the nascent ...