Award Data

Triply periodic minimal surfaces (TPMSs) are three dimensional non-self-intersecting surfaces that can be precisely described by mathematical functions. The continuous, smooth surfaces suggest more uniform stress distribution and potentially enhanced load

In this project, Oceanit will build and demonstrate a powerful solution that can automatically determine the exhaustive set of embedded devices impacted by publicly disclosed vulnerabilities, beyond those enumerated in public disclosures.

Fielded sensors on existing space platforms are large and expensive, limiting the number of sensors which can be deployed, leaving them vulnerable to attacks.  By deploying larger numbers of compact, low-cost sensors on a swarm of small satellites, this w

In this phase II project, Oceanit will develop tools and techniques to enable the rapid cyber assessment of critical avionics systems and air platforms.

BLUESHIFT, or “Bi-directional Laser Ultrasound Enhanced System using Holographic Imaging For Treatment,” is a handheld non-contact laser ultrasound imaging device for military field triage identification of anomalies in tissue, such as shrapnel and hemorrhages. The size of a cell phone, BLUESHIFT incorporates innovative techniques to measure the skin vibrations from returning ultrasound pulses ...

Puckboard  is a real-time collaborative flight scheduling platform available worldwide to service members using any device. Featuring an intuitive user interface that feels natural and familiar, Puckboard innovates squadron operations and enables service members to focus on the mission at hand. The platform is fully certified and authorized to operate on military or civilian networks and was the ...

The proposed FLASH-CSI is a disruptive technology designed to be quickly implemented into existing, remote, or mobile production facilities for in-line sterility testing of manufactured biological products. With savings of time and cost, and utilizing minimal sample volumes, this fully sealed aseptic testing platform is expected to outperform current methods and return quantitative results within ...

As autonomy, duration, and complexity of UUV missions increases, so too does the need for access to higher fidelity simulation and planning tools to ensure mission critical success. Advanced UUV fleets are critical for maintaining future subsea military dominance, and the availability of suitable simulation environments for technology and autonomy development is limited, in part due to the signifi ...

The U.S. Department of Defense (DoD) uses a number of acoustic systems required for communication and sensing applications subsea. In order to most effectively use these acoustic systems, there must be a good understanding of the sound speed throughout the water column. The water temperature and salinity profiles vs. depth are the critical factors that influence the speed of sound in a body of wat ...

Artificial intelligence (AI) systems are quickly becoming ubiquitous in both civilian and military products. Self-driving vehicles are a fast-approaching critical application of newly developed AI. Most automotive industry leaders are preparing for a near-term future where autonomous self-driving vehicles are deployed for commercial and personal use. On the military side, self-driving vehicles red ...