Award Data

To address the USAF need for FoD detection and retrieval, Maren-go Solutions proposes to develop a new Airfield Autonomous Operations - (A2O). This proposed Maren-go A2O is an improvement over the A2O currently focused on retrieval by net. The innovation

Per- and polyfluoroalkyl substances (PFAS) have been used extensively for DoD firefighting applications due to their thermochemical stability and unique properties. PFAS are long-lived in the environment and coming under increased regulatory scrutiny due

Integrated Simulation Test and Analysis for IoT (InstaIoT) offers a cloud-based platform for collaborative IoT modeling and simulation, providing IoT system designers and evaluators a powerful tool to design, test and evaluate the capability and performan

TourniTek and the University of California at San Francisco propose to design, build, and test a portable chiller for the prolonged field care of traumatic limb injuries. Using thermal regulation, injured limbs may be preserved in the field until patients

Flightline workers currently perform foreign object debris (FOD) checks prior to every airfield entry, which may be adversely affected by various external factors. Any missed foreign object (FO) presents a significant hazard to aircraft operating on the a

To address the Security Forces career field's need for an automated solution to optimize rostering and scheduling for missions, logistics, and postings, Infuse is developing Intelligent Rosters. The current manual process wastes critical time and resource

Macro-Eyes partnered with the Air Force Research Laboratory (AFRL), National Security Innovation Network (NSIN), and Air Force Special Operations Command to build a platform technology and complete solution to GPS-denied geolocation for a variety of scena

Under this Phase II effort. Macro-Eyes will develop the capability to integrate sensor data from wearable devices, such as smartwatches, into its prototype (TRL6) ATAK mobile-based Assured-PNT (A-PNT) solution: AIMLoc. While networked learning approaches

CBC’s HIPS solution is a low-profile, omni-directional wind turbine that can be rapidly deployed and safely emplaced anywhere on an Agile Combat Employment (ACE) airfield without risking aircraft collisions, disrupting radar, nor requiring re-deployment t

Starfish Space is developing the Nautilus capture mechanism, an end-effector that enables non-destructive capture of unprepared spacecraft surfaces using electrostatic adhesion. We are developing this universal docking hardware to enable In-Space Servicin