Air Force

Joint All Domain Persistent Adaptive Collaborative Technologies II (JADPACT II) Broad Agency Announcement seeking AI/ML and autonomy solutions for C2 decision advantage and human-machine teaming.

Space Domain Awareness enhancements through low-cost resilient ground-based SDA, space-based sensors, and optics for comprehensive space environment knowledge.

Counterspace capabilities R&D including defensive/offensive technologies, cyber capabilities, phenomenology, and satellite servicing for space protection.

Battle Management C3 efficiency improvements through space data analytics, AI, and automation for large datasets and space operations.

Innovative approaches for exercises, tests, and training environments including ride share solutions, multi-domain innovations, and inter-satellite link technologies for small satellites.

Space system survivability through proliferation strategies, commercial standards reuse, redundancies, and rapid reconstitution capabilities.

Space Systems Command FreeSol BAA seeking innovative space and cyber technology solutions to counter emerging space threats and enable integrated space-cyber capabilities with rapid fielding.

Air Force seeks innovative commercial solutions for nuclear treaty monitoring, WMD detection, directed energy weapons, and advanced analytics to modernize AFTAC capabilities.

Design and development of high velocity fuzing systems including Electronic Safe and Arm devices. Research focuses on miniaturized Target Detection Devices and Guidance Integrated Fuzing for high closure velocity intercepts.

Research in Find-Fix-Target-Track and datalink technologies for threat detection and air-to-air missile coordination. Development includes conformal antennas, alternative waveforms, and swarming applications.

Engagement management system R&D for autonomous decision-making in contested environments with threat response optimization and aircrew collaboration.

Development of modeling, simulation, and analysis tools for air superiority concepts. Research includes virtual/constructive simulation, detailed sensor modeling, and multi-level engagement analysis for novel weapon systems.

Advanced missile propulsion R&D including propellant formulations, nozzle technologies, ignition systems, and compact multi-pulse motor architectures.

Missile test and evaluation technology development including miniaturized telemetry, autonomous flight termination, and encrypted tracking systems.

Machine learning and autonomy R&D for swarm coordination of networked autonomous weapon systems operating in dynamic battlespace environments.

Modeling, simulation, and analysis R&D for air superiority concepts evaluation using multi-level engineering and campaign-level digital simulation.

Advanced missile propulsion R&D covering propellant formulations, grain structures, nozzle technologies, and compact multi-pulse motor systems.

Missile guidance and control R&D including robust guidance algorithms, seeker technologies, reinforcement learning, and advanced autopilot design.

Missile power electronics and thermal management R&D focusing on miniaturized power conversion, advanced batteries, ultracapacitors, and compact thermal systems.

Missile test and evaluation technology development including miniaturized systems, encrypted telemetry, autonomous flight termination, and tracking technologies.

High-velocity fuzing R&D developing Electronic Safe and Arm devices, Target Detection Devices, and integrated guidance fuzing for intercept applications.

High-density munitions carriage and release technology R&D for weapon bay integration with advanced aircraft-to-weapon communications and power systems.

AI and machine learning R&D for swarm autonomy of networked collaborative weapons with deep learning approaches for target reconciliation in dynamic battlespace.

Advanced missile flight control actuator R&D including miniaturized systems, high-speed actuation, and articulating airframe technologies.

Research in missile guidance and control technologies including robust algorithms, seeker systems, and reinforcement learning approaches. Focus on advanced autopilot architectures and optimal engagement guidance laws for air superiority.