SBIR/STTR reauthorization remains stalled as of January 7, 2026 — new solicitations paused, impacting DoD 25.4 topics. Congress may attach to NDAA by Jan 30; monitor for thinner competition in Phase I later.

OSD R&E FY26 emphasis includes AI for materials discovery, atmospheric/aerosol sciences, and ethical biotech deployment.

Navy push: SBIR N252-085 on safe sodium-ion batteries for aviation/expeditionary power — higher density, thermal runaway resistance vs. lithium-ion.

MURI FOA open: White papers encouraged (~May 2026 deadline) for multidisciplinary basic research ($1.25M–$1.5M/year, 3–5 years). 2026 topics include quantum sensing, AI-driven materials, and human performance in extreme environments.

DURIP FOA expected ~April for equipment supporting DoD research ($50k–$3M).

Spotlight: University of North Dakota-NASA MoU on advanced space suit tech — direct DoD relevance for warfighter protection in contested/extreme environments.

OTAs via consortia (NSTXL, ATI): Fast prototypes for university-prime teams — flexible IP, cost-sharing.

CRADAs with labs (ARL, NRL, AFRL): Shared resources, negotiable IP — no gov funds to partner.

MURI/DURIP: Direct university funding with clear transition paths.

China (Tsinghua): Federated learning frameworks cut titanium alloy simulation time 25% on HPC clusters — significant implications for U.S. hypersonics benchmarking and material design efficiency. Read more on the framework (Frontiers in Materials, 2025)

Russia (Skolkovo): AI multiscale modeling predicts composite failure under extreme conditions (thermal/mechanical loads, high temperatures, oxidizing atmospheres) — relevant to OSD atmospheric sciences gap because hypersonic flight and re-entry involve extreme atmospheric interactions (e.g., high-heat flux, plasma effects, shock waves in the atmosphere). Read more on the review (ScienceDirect, 2025).

Trend: Adversary focus on AI-optimized materials and biomed for resilience in contested domains Near-peer adversaries, China and Russia, are increasingly leveraging artificial intelligence (AI) to accelerate the development and optimization of advanced materials and biomedical technologies. The goal is to enhance military and operational resilience in "contested domains"—environments where access is actively denied or degraded through kinetic, cyber, electronic warfare (EW), space-based, or hybrid threats. Examples include hypersonic flight (extreme atmospheric conditions), prolonged operations without resupply (biomed for soldier endurance), or AI-driven supply chains resilient to disruptions. This focus allows adversaries to close gaps in material durability (e.g., heat-resistant alloys for weapons) and biomedical countermeasures (e.g., rapid drug development for biological threats), potentially shifting advantages in future conflicts. For the U.S., it underscores OSD R&E priorities in countering these advances through faster innovation cycles, ethical AI, and partnerships via vehicles like MURI or OTAs.