Directed Energy & Electromagnetic Warfare

#CADEW

Fall2025

Colorado Springs, CO

How might the United States Space Force employ emerging Electromagnetic Warfare (EW) and Directed Energy (DEW) technologies to detect, manipulate, and control the electromagnetic spectrum (EMS), and utilize Directed Energy Weapons to deter, disrupt, or destroy adversary capabilities, thereby safeguarding United States assets and ensuring space superiority?

Problem Statement

As demonstrated by the war in Ukraine, Electromagnetic Warfare (EW) and Directed Energy (DE) attacks are inherently a force multiplier in modern warfare. The ability to detect, manipulate, and control the electromagnetic spectrum (EMS) is critical to ensuring the US can disrupt, degrade, deny, or destroy adversary assets – and protect our own – across all domains. As our adversaries increase their space capabilities, it is vital that the U.S. Space Force outpaces the threat to maintain space superiority.

Topics of Interest:

  • Artificial Intelligence/Machine Learning Implementation & Integration
    • Adaptive & Predictive EW: Systems that autonomously adjust jamming techniques
    • Cognitive Electronic Support (ES): Identify large numbers of signals with a high level of confidence
    • Real-time spectrum analysis & threat identification for RF spectrum
  • Battle Management
    • Electronic Surveillance: Broad signal monitoring and spectrum situational awareness tools provide comprehensive and real-time visualization of the electromagnetic spectrum
    • Enhanced battlespace awareness tools
  • Laser Weapon Systems
    • Ultra-efficient pump diodes for lasers
    • Compact, high-energy demand, electrochemical power supply
    • High energy-density optics for laser systems
    • Compact, ruggedized packaging for 2-micron fiber laser amplifiers
    • Compact low-cost beam directors
  • Emerging and Novel Technologies
    • Advanced software defined radios and similar technologies
    • Lower cost Electronically Scanned Arrays (ESAs)
    • Conformal & Low-Profile Antennas: “Adaptive” antennas and innovative antenna designs that can be integrated into various platforms and going beyond traditional parabolic dishes
    • Advanced beamforming techniques
    • Compact & Low-Size, Weight, and Power (SWaP) EW systems/fiber lasers
    • Metamaterials & frequency selective surfaces

Schedule

June 18, 2025 at 2:30pm MT'Ask Me Anything' Virtual Session
July 8, 2025 at 5pm MTApplication Deadline
July 24, 2025 Applicant Pitch Day
August 19-22, 2025 On-Week
August 25-28, 2025On-Week
September 16-19, 2025On-Week
September 22-25, 2025On-Week
October 14-17, 2025On-Week
October 20-23, 2025 On-Week
November 18-21, 2025Final On-Week
November 20, 2025Demo Day
June 18, 2025 at 2:30pm MT'Ask Me Anything' Virtual Session

Watch the video recording HERE

July 8, 2025 at 5pm MTApplication Deadline
July 24, 2025 Applicant Pitch Day
August 19-22, 2025 On-Week
August 25-28, 2025On-Week
September 16-19, 2025On-Week
September 22-25, 2025On-Week
October 14-17, 2025On-Week
October 20-23, 2025 On-Week
November 18-21, 2025Final On-Week
November 20, 2025Demo Day

Registration Coming Soon!

Cohort Companies

Aptos Orbital

Aptos Orbital is building the infrastructure to connect and compute across space. Our real-time RF mesh network enables satellites to exchange data directly, without needing ground stations, using a resilient, decentralized architecture inspired by the internet. We’ve flight-proven our compact, low-power terminals and are deploying them across a variety of missions and orbits to support our customers. With always-available connectivity and a space-first approach to networking, Aptos empowers the DoD to act faster and defend smarter in the electromagnetic domain.

Dcubed’s vision is to build the next generation of in-space manufactured (ISM) infrastructure, where the capabilities of space systems are uncoupled from the size of the spacecraft bus or launcher. Dcubed has built a reputation for providing reliable spacecraft actuators and mechanisms with responsive lead times, which we will uphold with new, more powerful solar array and antenna systems derived from common ISM structures technologies. In the near future, we see small spacecraft from both the defense and civil space domains taking on new challenging missions powered by Dcubed’s ISM solar array and antenna products.

Millennial Software

At Millennial Software, we accelerate decision advantage in space through AI-powered Space Battle Management and autonomous operations. Our vision is a world where space superiority is achieved through speed, clarity, and trusted machine intelligence. Millennial Software delivers next-generation Space Battle Management platforms that shrink decision timelines from minutes to seconds. Our flagship products—Skyward, a modular operations suite, and Keystone, a machine learning orchestration engine—enable warfighters to detect threats, assess intent, and execute rapid courses of action across dynamic orbital environments. We are actively demonstrating this capability in the SDA TAP Lab, our software equips government and commercial partners with the tools to maintain mission advantage through dynamic intelligence, intuitive workflows, and seamless integration across hybrid and classified environments.

Quadsat delivers agile solutions for RF spectrum testing, antenna validation, and electromagnetic environment monitoring tailored for the demands of modern defense operations. Our modular systems, designed for seamless integration across diverse operational platforms, enable EMCON testing, real-time spectrum mapping, RF geolocation, and advanced electromagnetic warfare (EW) signal analysis directly in the field. Bypassing the constraints of static infrastructure, Quadsat empowers multi-domain operational readiness by validating antenna and system performance in contested and congested spectral environments. Trusted by NATO partners and defense primes including SES and Viasat Government, our technology underpins spectrum dominance, system resilience, and mission assurance across a broad range of tactical scenarios.

RedTail Technology

RedTail Technology (RTT) is an Australian defence startup specializing in artificial intelligence and directed energy laser technology. Our vision is to realise handheld energy weapons. RTT’s current focus is the development of the Katoomba counter-uncrewed aerial system (C-UAS) directed energy system, an AI-infused, handheld, lightweight and versatile protection system for critical infrastructure and Defense applications against hostile or unauthorised UAS platforms.

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