Award Data

The Sarcos Cybernetic Training for Autonomous Robots - Human Augmentation via Generalizable Mobile Autonomous Robot Dexterity (C-H) program is a second Air Force SBIR Phase II. C-H advances Sarcos’ vision of leveraging the expertise of competent task perf

Dynepic’s STRATFI solution continues the efforts of the completed Phase II SBIR to continue, extend, scale and enhance the features and capabilities of MOTAR. STRATFI funding provides the remaining core capabilities to make MOTAR a viable and sustainable XR ecosystem. MOTAR provides a secure digital infrastructure to save time and money to deliver a platform with the critical capabilities requir ...

Soldiers conducting missions on foot in remote locations must carry multiple battery powered electronic devices, such as multiband radio sets, night vision goggles and scopes, GPS tracking, thermal imagers, target designators, etc. These devices allow soldiers to target, move, and communicate in the modern battlefield. Depending upon the type of mission and its duration, soldiers might not have th ...

Classifying and marking documents in the Department of Defense is largely a manual process. Manual classification is challenging, time-consuming, resource-intensive, and sometimes inconsistent. Recent advancements in AI and large language models (LLMs) ar

Vendors (large and small) are being contracted to develop novel training applications leveraging the latest technologies. Because of the current siloed nature of acquisitions and program management many departments across the USAF are paying for models an

During the Phase II effort, Ballydel Technologies will develop scalable and safe processes for the manufacture of MAX phase and MXene powders in 1Kg batch sizes.  Additionally, our team will implement commercial-scale mixing procedures for the production

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The US Air Force is looking for a miniaturized Radio Frequency System on Chip (RFSoC) solution. As IMSAR understands the problem, the customer currently operates large radars that are attached to towers at a military testing facility and are used to colle

Carbon SiC Technologies, Inc. can provide and integrate the next generation TPS material for hypersonic scramjet components using several years of experience in development of Fused Carbon Fiber Reinforced Silicon Carbide - Zirconium Diboride (CF-SiC- ZrB

The Technical Problem: The Air Force Nuclear Weapons Center (AFNWC) and the broader Department of Defense (DOD) require operational agility that can only be achieved through the implementation of Software Defined Weapon Systems. In today's modern systems,