361 topics, open or in pre-release, read from DSIP and SBIR.gov on Nov 12, 2026.
Develop novel precision-aiming payload capability that can be employed by UAS and operated remotely. Hand-emplaced precision aiming is a common technique used by all militaries and civilian defense forces. Warfighters require the ability ...
Develop a novel stand-off X-ray capability by integrating appropriate x-ray transmitter and x-ray receiver capabilities into multiple cooperating UAS systems to enable remote threat device imaging capabilities from a safe distance away ...
Develop an explainable, adaptive machine learning architecture using Super Intelligence (SI) that dynamically schedules, sequences, and gates geophysical sensor modalities based on real-time environmental physics, learned sensor ...
Computational modeling and simulation of human blast injury on the battlefield has been a gap for the Department of War (DoW). DTRA Technical Reachback is tasked with supporting operational decision-making by providing advanced analytics ...
DTRA seeks to establish reliable, scalable, and secure domestic sources and fabrication processes for high-purity precursor materials or pre-reacted mixes required for the growth of advanced inorganic scintillator crystals, such as ...
DTRA seeks to establish reliable, scalable, and secure domestic sources and fabrication processes for large-format monolithic cadmium zinc telluride (CZT) single crystals in the 44 × 44 × 15 mm form factor, optimized for pixelated ...
Develop a high-fidelity "Digital Twin" (The Biolab Mirror) and an advanced Artificial Intelligence / Machine Learning (AI/ML) methodology capable of continuous, non-invasive integrity verification and intent characterization of a mid-size ...
Develop an innovative, Artificial Intelligence / Machine Learning (AI/ML) driven methodology and prototype architecture capable of non-destructively verifying the physical and logical integrity of Integrated Circuits (ICs). The solution ...
DTRA seeks ultra-compact, high-voltage, high energy density, capacitors and related advanced dielectric materials to support the development of advanced portable X-ray radiographic imaging systems.