This initiative seeks to develop disruptive technologies that transform space operations by enabling entirely new operational concepts, not just incremental upgrades. Solutions must address cyber and electromagnetic spectrums, distributed space-ground-link architectures, and human-machine teaming without degrading current mission viability. Proposals will be evaluated on their potential to achieve cognitive and cyber overmatch, as well as their realistic maturity for transitioning from the lab to government or industry use. No specific timelines, budget amounts, or performance location are provided.

This initiative seeks to develop disruptive technologies for space operations that enable entirely new operational concepts, not just incremental upgrades. Solutions must improve system resilience and optimize size, weight, and power (SWaP) without degrading current mission viability. The focus is on transformative capabilities across cyber, electromagnetic, distributed architecture, and human-machine teaming. Proposals will be evaluated on their potential for cognitive and cyber overmatch and their maturity for transitioning from the lab to government or industry use. No specific timelines, budget amounts, or performance locations are mentioned in the description.

This initiative seeks to develop disruptive technologies for space operations, focusing on transformative capabilities across cyber, electromagnetic, and distributed architectures rather than incremental upgrades. Proposed solutions must improve system resilience and optimize size, weight, and power (SWaP) without degrading current mission viability. Proposals will be evaluated on their potential to achieve cognitive and cyber overmatch, as well as their maturity for transitioning from the lab to government or industry applications. No specific timelines, budget amounts, or performance locations are mentioned in the description.

This initiative seeks to develop disruptive technologies that transform space operations by enabling entirely new operational concepts, not just incremental upgrades. Solutions must improve system resilience and optimize size, weight, and power (SWaP) without degrading current mission viability. The focus is on transformative capabilities across cyber, electromagnetic, distributed architecture, and human-machine teaming. Proposals will be evaluated on their potential for cognitive and cyber overmatch and their maturity for transitioning from the lab to government or industry use. No specific timelines, budget amounts, or performance locations are mentioned.