Active Government Funding Opportunities

Fund continuation of military medical R&D projects ranging from late-stage preclinical to clinical research that address Service Member health needs. Supports pharmaceutical, biologic, medical device, and technology development through clinical trials and translational studies.

Accelerate translational research in Duchenne muscular dystrophy toward clinical applications. DoD supports advanced preclinical and clinical studies with flexible funding levels and partnership options to bridge promising discoveries into therapies.

DoN seeks naval science and technology research from HBCUs/minority institutions, focusing on basic research that advances Navy/Marine Corps missions while building institutional research capacity and engaging students in STEM discovery.

This DoD program funds investigator-initiated research projects addressing key focus areas in Parkinson's disease, supporting rigorous multidisciplinary studies with potential for significant clinical impact. Clinical trials and collaborative research teams are welcome.

Support early-stage investigators conducting Parkinson's disease research through two funding levels, with mentorship for fellows and independent funding for early-career researchers. Proposed work must address priority research focus areas and advance understanding of PD mechanisms and interventions.

Develop high-impact ideas advancing kidney cancer understanding and patient outcomes through well-formulated research hypotheses. Supports single or partnered investigator teams with strong kidney cancer research backgrounds.

This DoD program mentors early-career kidney cancer researchers through intensive virtual training, peer networking, and personalized mentorship. It aims to develop the next generation of cutting-edge kidney cancer researchers and accelerate discovery of new patient treatments.

Support for established neurofibromatosis researchers to lead a multi-institutional virtual academy mentoring early-career investigators. The program combines pilot research projects with structured mentorship to advance NF science and develop the next generation of research leaders.

This DOD program funds translational trauma care research that moves promising medical technologies from concept toward real-world solutions. Projects must demonstrate preliminary data and advance casualty survivability and point-of-injury care.

This award supports collaborative neurofibromatosis research teams (2-3 PIs) combining complementary expertise to tackle central NF problems. Applicants must demonstrate preliminary data and synergistic approaches to advance understanding and treatment of neurofibromatosis.

DoD seeks innovative, high-risk neurofibromatosis research projects that explore groundbreaking concepts and challenge existing paradigms. This award supports hypothesis development and early-stage exploration to establish foundations for future scientific investigation.

DoD supports investigator-initiated neurofibromatosis research across all phases (excluding clinical trials) to advance understanding of NF disorders and improve patient care. Projects may leverage open science collaboration and qualified researcher partnerships to accelerate breakthroughs.

Support early-career researchers conducting innovative basic, translational, or clinical research on neurofibromatosis disorders. This Scholar Award develops the next generation of NF researchers within a collaborative academy environment with dedicated career mentorship.

Develop secure AI-native capabilities for Radio Access Networks (RAN) that enable operators to generate revenue and reduce costs through innovative services. The program seeks demonstrations of commercial viability and export-ready open, interoperable solutions.

NERRS funds land acquisition and facility construction projects at coastal research reserves to strengthen estuarine protection and support long-term monitoring, research, and education infrastructure across U.S. coastal states.

NASA solicits proposals for planetary science enabling facilities that support research infrastructure and capabilities. This program funds facility development to advance planetary exploration and scientific discovery through enhanced instrumentation and equipment.

DOE seeks cost-effective technologies to boost efficiency and resilience across U.S. oil and natural gas supply chains. Focus areas include resource optimization, infrastructure modernization, and digital transformation within the energy sector.

DURIP funds research equipment and instrumentation at U.S. universities to advance defense-relevant science and engineering capabilities. This program strengthens institutional research infrastructure in areas critical to national defense.

Department of Energy Chain Reaction Innovations program supporting energy technology innovation. Full details available in attached documentation.

IARPA Solutions Marketplace: Open-call announcement for rapid acquisition of Intelligence Community-relevant research, development, and prototyping solutions to support IC mission advancement.

Combat identification and automated target recognition technology development spanning TRL 3-7, focusing on multi-sensor exploitation and fusion for air, ground, and surface target identification.

ONR seeks advanced power system architectures with integrated controls, power conversion, and energy storage to condition transient shipboard loads for Navy vessel compatibility.

Navy seeks prototype technologies across six focus areas: signal mitigation, counter-unmanned systems, defeating adversarial AI, electronic security systems, access control, and maritime security for undersea and nuclear facility protection.

DCSA Innovation Gateway is a competitive OTA solicitation for prototype projects addressing digital transformation, data analytics, cyber security, and workforce governance challenges through innovation partnerships.

Technology licensing opportunity for Heat Pipe Reactor Fire Mitigation and Suppression System from Los Alamos National Laboratory. Transforms heat pipes in alkali metal-cooled reactors into sensor-driven fire defense components with automated suppression, enabling advanced small and microreactors to meet safety requirements without core redesign.