Award Data

AI Asset Management (AIAM) developed a solution to automatically locate and extract fields from any document by just specifying Field Names using Natural Language Processing (NLP)-based Artificial Intelligence (AI) methods for robotic process automation (

In Orbit Aerospace proposes to strengthen capabilities in the space domain through the development of an electro-adhesive docking mechanism to enable complex orbital operations such as satellite servicing, refueling, and active debris removal Current applications for electro adhesion can be seen within the biomedical, textiles, and terrestrial based robotics industries However, electro-adhesive fo ...

  The USAF has no standard interface or approach to attaching cargo or other payloads to the numerous different drones being used by a diverse set of career fields.  To overcome this gap in standardization, TB2 Aerospace has designed and patented a univer

Orbital debris is an increasing hazard for spacecraft, creating a need for improved hypervelocity impact (HVI) shielding to protect satellites and manned missions. Current shielding options either offer excellent protection with impractical implementation

Autonomous Cyber ("AC") is building an artificial intelligence product, "the AC model," that autonomously conducts hacking operations. The AC model accepts english language instruction from a human operator as input, e.g. "scan this target," and translate

Poor health and wellness among Air Force (AF) personnel is a concerning issue that affects the readiness of the USAF, and safety of those serving in the Air Force. Recent statistics from the 2021 DoD Health of the Force study indicate that a significant p

AID will be a common operating picture for collaboration between civil and military authorities, initially focusing on the detection of wildfires and sharing that situational awareness among the Air National Guard, Air Force Fire Departments, Forest Servi

Many future challenging OSAM/ISAM missions require a team of collaborative spacecraft and/or robots to accomplish as a team effort but such technology has not been well developed and certainly never demonstrated in space. We seek to fill this gap by devel

Metamagnetics, in partnership with the University of Notre Dame, proposes to develop enhanced Auto-tune Filters™ (AtFs) for use in Air Force UAV/UAS platforms to assure resilient communications and data links in electromagnetically congested and contested

Caliola and Stephenson Stellar Corporation (SSC) will develop, demonstrate, and commercialize a “bolt on” device that provides cybersecurity protection to avionics data buses without requiring any modifications to line-replaceable units (LRU) or weapons r