Active Government Funding Opportunities

DARPA IPTO seeks revolutionary research ideas in information processing and computing that fall outside current programs. Proposals should address novel technical challenges with potential defense and national security applications.

NASA Lunar Enabling Infrastructure Accelerator (LEIA) Broad Agency Announcement seeking innovative solutions for lunar infrastructure development and operations under NextSTEP-3 program.

This STTR seeks a compact, user-friendly long-pulse laser system for airborne material ablation and penetration missions. The Navy-deliverable technology must achieve 10+ joule pulse energy at tunable repetition rates up to 40 kHz while maintaining robust thermal management during extended operations.

The Navy seeks an automated converter tool that transforms diverse technical manuals (PDFs, MIL-STD formats, S1000D versions) into standardized XML for IETM compatibility. This enables step-by-step maintenance instructions displayable on AR/XR devices while preserving original distribution and DFARS markings.

This RFP seeks automated post-mission analysis and re-planning tools for collaborative combat aircraft operations. The solution uses advanced analytics and machine learning to rapidly generate actionable insights from mission data, enabling faster tactical optimization and improved decision-making for subsequent naval engagements.

This RFP seeks rapid development of digitally enhanced technical data solutions—including videos and interactive animations—to accelerate weapon system maintenance and reduce complex procedures to just-in-time guidance. The solution addresses critical delays in fielding accurate, actionable sustainment instructions to fleet operators and maintainers.

The Navy seeks a bi-directional Cross-Domain Solution (CDS) guard software for secure data exchange across naval aircraft and ships. The solution must run on affordable, modular hardware with rapid rule-set updates to enable faster NSA certification while reducing acquisition and sustainment costs.

This RFP seeks FPGA-based signal processing solutions using cognitive techniques like deep learning to detect and classify low-probability-of-intercept radar waveforms in real-time. The capability will enhance Navy threat simulation systems' jamming countermeasures by rapidly identifying adversarial radar types.

This RFP seeks intelligent human performance monitoring systems to proactively assess and optimize Naval aircrew readiness through real-time physiological and cognitive data analysis. The solution aims to help aeromedical officers prevent fatigue, injuries, and stress-related issues while enhancing mission safety and operational performance.

The Navy seeks an edge-deployed digital-twin platform with explainable AI for onboard condition-based maintenance of carrier systems. It processes high-frequency sensor data locally to enable real-time diagnostics and predictive maintenance despite limited connectivity, reducing unscheduled downtime and improving fleet readiness.

The Air Force is seeking innovative composite joint technologies that balance geometric flexibility with high structural performance while reducing costs for autonomous air vehicles and advanced weapons systems. The effort aims to develop scalable manufacturing processes for carbon fiber pi-joints that overcome current tradeoffs between customizable design and mechanical durability.

Combat System of the Future (CSoF) seeks advanced naval combat system technologies and capabilities. Limited details available; full solicitation information requires document review or agency contact.

Market research to identify Insurance Advisors for Build America Bureau, supporting federal transportation infrastructure financing and advisory services.

Develop a Virtual Reality training system for gas turbine generator operations and maintenance at Pearl Harbor Naval Shipyard using COTS technology. Includes VR animations, hardware/software delivery, and annual maintenance support.

Monitor American crocodile populations as a biological indicator of hydrologic restoration success in Southern Florida estuaries. This ecological research supports the U.S. Army Corps of Engineers' habitat restoration efforts and water management goals.

DoD seeks research on juvenile sportfish communities and habitat suitability in Florida Bay to understand ecosystem health and fish population dynamics. This ecological study supports marine resource management and coastal habitat conservation planning.

DoD seeks research on American alligators as ecological indicators to monitor Everglades restoration success. This study will track how alligator populations reflect ecosystem health improvements over a five-year period.

DoD seeks research on aquatic ecosystems and primary production dynamics in the Florida Everglades. This ecological study will advance understanding of wetland biodiversity and environmental management for a critical national resource.

This DoD-funded research studies how wading birds respond to ecosystem restoration efforts in Southwest Florida. The multi-year project aims to understand wildlife population dynamics and inform future habitat management strategies.

This project uses Aerial Electromagnetic surveys to map saltwater intrusion in Florida's Everglades, integrating 30 years of data to predict future freshwater-saltwater interface trends and guide wetland restoration decisions.

Update to GPO Production Environment Track and Trace Platform for government publishing operations. Solicitation for platform modernization and implementation.

Army OTA seeks prototype development for CADENCC—enabling master protocols, decentralized clinical trials, and data analytics for accelerated CBRN defense medical countermeasures and pre/post-exposure prophylaxis testing.

OLYMPUS seeks modular, open-architecture solutions for naval below-deck infrastructure to eliminate fragmented legacy systems across the fleet. The initiative addresses costly duplication and interoperability gaps by standardizing hardware and leveraging AI/machine learning for improved situational awareness and reduced sustainment costs.

This RFP seeks a portable digital metrology system to accurately measure defects on aircraft canopies and windscreens without removal. The solution must replace manual optical micrometers with an ergonomic tool capable of in-service measurements to determine repairability and prevent asset scrapping.

This RFP seeks a non-destructive sensor system that assesses airfield pavement conditions and detects foreign object debris without disrupting operations. The solution must align with FAA standards, autonomously integrate into airfield management networks, and support maintenance prioritization decisions.