Defense Logistics Agency Commercial Solutions Opening (2026-2031) for rolling submission of innovative commercial solutions addressing DLA capability gaps in supply chain management, energy distribution, and logistics operations.
PIPELINE AND HAZARDOUS MATERIALS SAFETY ADMINISTRATIONTRANSPORTATION, DEPARTMENT OF.PIPELINE AND HAZARDOUS MATERIALS SAFETY ADMINISTRATION.693JK3 ACQUISITION SERVICES DIV
PHMSA Technology Transfer and Commercialization program for mature pipeline safety innovations at TRL 7-9, accelerating transition from prototypes to full-scale commercial deployment and field implementation.
Naval Warfare and Weapons BAA from Naval Air Warfare Center Weapons Division at China Lake seeking innovative research proposals for naval warfare capabilities and weapons systems development.
DoD seeks an AI orchestration and data-integration layer to connect separate planning models within Project RELOAD, enabling rapid, auditable wargaming and course-of-action testing for operational planners. The prototype must support cloud deployment, classified data handling, and replace current manual hand-offs with governed, reproducible workflows.
NTIA is funding broadband infrastructure expansion and digital service adoption on Tribal lands, supporting remote learning, telework, and telehealth access. This grant program helps eligible tribal entities bridge the digital divide in underserved communities.
Distributed wind turbine development and commercialization covering prototype design, manufacturing, power electronics, component innovation, and field validation across 13 topic areas.
NSF seeks exceptionally innovative, large-scale research centers that establish new scientific paradigms and transformative technologies across disciplines. Centers must integrate world-class research with education, broaden STEM participation, and transfer knowledge across sectors and policy domains.
Naval Research Laboratory long-range BAA for basic and applied research proposals across diverse technical topic areas with competitive selection of innovative research.
Space environment R&D seeking advanced observing systems and prediction models for solar activity, ionospheric conditions, magnetospheric dynamics, and satellite drag to protect DoD systems.
This RFP seeks scalable, cost-effective methods to manufacture large-area 2D polymer films with precise structural control. Current production techniques yield low-quality or low-yield results, limiting commercial applications; this effort aims to enable roll-to-roll processing for materials with superior properties in catalysis, energy storage, and filtration.
The Army seeks to prototype and validate a scalable processing capability for nanonitramines using bead milling and spray/freeze drying techniques. This effort will generate safety data, manufacturing instructions, and technical evidence to support transition of advanced energetic materials from lab to production scale.
DOE Office of Science seeks research proposals across six program areas including advanced computing, energy sciences, fusion, and physics. This open solicitation funds fundamental scientific research addressing DOE's congressionally authorized mission priorities.
Commercial Solutions Opening for innovative testing solutions to meet Air Force Test Center and associated partners' evolving test capabilities and agile methodology needs through calls-based procurement.
ONR Long-Range S&T Broad Agency Announcement seeking meritorious research proposals across science and engineering disciplines for Navy and Marine Corps operations advancement. Extended through 2026.
The Space Force seeks aerospace fabrication expertise to recreate, modernize, and prototype the INC 8 Binnacle Enclosure—a specialized protective housing for inertial navigation systems. Work includes reverse engineering legacy designs, developing technical data packages, and producing initial prototype units.
This RFP seeks development of ultrafast nonvolatile memory using sliding ferroelectricity in layered van der Waals materials to achieve superior speed, endurance, and energy efficiency compared to current memory technologies. The work requires multidisciplinary expertise in device design, fabrication, and characterization of atomically thin moiré structures.
DEPT OF THE AIR FORCEDEPT OF DEFENSE.DEPT OF THE AIR FORCE.AIR FORCE MATERIEL COMMAND.AIR FORCE RESEARCH LABORATORY.FA2377 USAF AFMC AFRL PZL AFRL RYKS
Develop pre-emptive and reactive countermeasure solutions including expendable, directed energy, and novel EO spectrum technologies to protect aircraft in contested environments.
NASA seeks visionary concepts advancing space exploration and technology capabilities through Phase I feasibility studies. NIAC funds innovative, early-stage research from diverse U.S. organizations to evaluate bold ideas with potential transformative impact on NASA missions.
Air Force market research for multi-source Position, Navigation, and Timing (PNT) user equipment addressing resilient, reliable precision positioning for autonomous systems and guided munitions with DoD security and supply chain compliance requirements.
RFI for Next Generation Hypersonic Cruise Missiles seeks innovative solutions to inform acquisition strategy and encourage non-traditional defense contractor teaming for advanced hypersonic platforms.
This RFP seeks development of quantum memory systems (quantum repeaters) to extend secure quantum key distribution over long distances, addressing signal loss limitations that currently prevent widespread implementation of quantum-secured communications for Air Force digital infrastructure.
Supports advanced rehabilitation research training focused on community living and participation outcomes. Funds trainee development in cutting-edge rehabilitation science to address barriers and improve quality of life for people with disabilities.
This program funds advanced rehabilitation research training focused on employment outcomes for individuals with disabilities. It supports researchers developing innovative approaches to improve workforce participation and career advancement.
ARRT funds advanced research training to develop rehabilitation interventions and evidence-based practices that improve health outcomes and functional abilities for individuals with disabilities. This program supports scientific studies and workforce development in rehabilitation research.