Space-Based Joint Spectrum

#CASJS

Spring2025

Colorado Springs, CO

How might the U.S. Space Force and the U.S. Army leverage emerging technologies in advanced Electromagnetic Warfare (EW), Satellite Communications (SATCOM), along with relevant supporting Artificial Intelligence (AI) and Machine Learning (ML) capabilities to enhance operational mission environments and maintain strategic advantage in contested domains? 

Problem Statement

Background

The evolving nature of space and electromagnetic warfare necessitates the development and integration of advanced technologies to ensure mission success and strategic superiority. The U.S. Space Force and U.S. Army are particularly interested in the application of AI and ML to automate tasks, improve decision support, and develop self-adapting systems capable of responding to dynamic threats in real-time. Additionally, there is a pressing need for mobile, rapidly deployable EW systems that can counter increasingly sophisticated adversarial capabilities in both Low Earth Orbit (LEO) and Geosynchronous Orbit (GEO) environments.

Key Focus Areas

 Electromagnetic Warfare: 

  • Development of compact, lightweight, and mobile EW systems capable of rapid deployment and reconfiguration to counter threats from adversary satellites in any orbital regime.
  • Systems should be able to engage with signals across multiple frequency bands using modular and adaptable designs for networked operations.
  • Integration of simulation and training environments that realistically replicate signal environments to better prepare operators for live operations.
  • Development of mission software capable of real-time signal analysis.

AI/ML in Support of Electromagnetic Warfare:

  • Development of AI/ML capabilities to automate planning, decision-making, and operational functions for future operating forces to support EW
  • Emphasis on descriptive, predictive, and prescriptive analytics to enhance situational awareness and operational readiness to support EW
  • Exploration of Neuromorphic Computing and AI at the edge for real-time adaptive responses to threats to support EW
  • Commercial tools to enhance US Warfighters’ ability to predict, detect, and attribute EW threats to U.S. and allied space systems
  • Solutions capable of data fusion, big data compression, and predictive analytics for monitoring space activities to support EW

Satellite Communications (SATCOM):

  • Systems that can assist with the Command and Control(C2) segment of SATCOM to include various modulation schemes (amplitude shift keying (ASK), frequency shift keying (FSK), phase shift keying (PSK), and quadrature amplitude modulation (QAM))
  • Development of systems that have a novel approach to SATCOM equipment such as antennas, Modems, High Power Amplifiers and Low Noise Amplifiers.
  • Development of software that reliably enhances C2 for several geographical separated antennas

Schedule

September 25, 2024 at 10am MT'Ask Me Anything' Virtual Session
October 16, 2024 at 5pm MTApplication Deadline
October 29-30, 2024Applicant Pitch Days
January 28-31, 2025On-Week
February 3-6, 2025On-Week
February 25-28, 2025On-Week
March 3-6, 2025On-Week
March 25-28, 2025On-Week
March 31-April 3, 2025 On-Week
April 22-25, 2025Final On-Week
April 24, 2025Demo Day
September 25, 2024 at 10am MT'Ask Me Anything' Virtual Session
October 16, 2024 at 5pm MTApplication Deadline
October 29-30, 2024Applicant Pitch Days
January 28-31, 2025On-Week
February 3-6, 2025On-Week
February 25-28, 2025On-Week
March 3-6, 2025On-Week
March 25-28, 2025On-Week
March 31-April 3, 2025 On-Week
April 22-25, 2025Final On-Week
April 24, 2025Demo Day

Cohort Companies

Authentrics.ai

Authentrics.ai provides a patent-pending solution that works with existing AI/ML pipelines to directly measure, control, and explain AI through direct analysis of the neural-network and transformers enabling near real-time model health status, result attribution to release version, ability to correct/update past trainings without full-retraining, and perform meta-tuning and sensitivity analysis. These key functions greatly increase the ROI by bringing and keeping AI/ML systems operational faster and provide the resilience required in key/critical applications.

Geist Robotics

Geist Robotics is on a mission to democratize the protection afforded by electronic warfare. Geist specializes in low cost, highly portable air defense by non-kinetic means, providing vital protection against drones and airborne threats in locations where air defense is otherwise unavailable. The innovative EW solutions developed by Geist are further enabled by their AI planning software, providing an intuitive interface that simplifies the complexities of EW planning for effective deployment.

Origami Space Development

At Origami Space, we fold big capability into small satellites. Leveraging generative design and machine learning, our deployable RF and LiDAR architectures set new standards in satellite communications and intelligence. Origami Space is developing smart, agile, and resilient satellite systems, paving the way for expanded reach and precision, critical for commercial applications and national security.

Orion Edge Group

Orion Edge Group is dedicated to advancing innovative and effective navigation warfare solutions for the warfighter. Our vision enables precise and advanced navigation warfare operations at the tactical level to help to ensure electromagnetic spectrum dominance across multiple domains. Orion Edge provides low cost, low power, and low probability of detection solutions that help to protect the warfighter and deconflict interference across the navigation spectrum. With novel radio frequency techniques and mission engineering expertise, Orion Edge offers a proliferated and modular EW solution across many different use cases.

Pulsar Space Systems

At Pulsar Space Systems, we measure the ionosphere’s response to solar inputs. We envision ubiquitous measurements of the ionosphere in multiple orbital regimes with in-situ plasma and neutral density instruments, addressing stated DoD and NASA observation gaps.

Spin Drift Technologies

Spin Drift Technologies is enabling low probability of intercept / low probability of detection communications by pioneering data transfer outside of traditional radio, microwave, or infrared spectrums to meet the demands of the modern electronic warfare environments. Ability to transfer updated battle plans, intelligence documents, weather reports, operation manuals, targeting data, and scientific data in fully denied environments.

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