Network C3I Advanced Technology

The Network C3I Advanced Technology program is designed to enhance the Army's tactical network capabilities and infrastructure. It supports operations in various environments, including those where the electromagnetic spectrum is compromised. The program focuses on developing technologies for robust communications, assured positioning, navigation, and timing in contested environments, while integrating cyber and electronic warfare activities. Additionally, it emphasizes resilient mission command on the move and efficient information processing for intelligence, surveillance, and reconnaissance. This initiative aligns with the Army Modernization Strategy and is supported by research from the U.S. Army Engineer Research and Development Center.

Within this program, the Modular RF Communications Advanced Technology project aims to advance techniques for automating data broadcast across radio frequency networks. It seeks to predict network changes and implement them autonomously to prevent failures or degradation. This project supports a transport-agnostic network for users, enhancing communication resilience. The work is conducted by the Command, Control, Computers, Communications, Cyber, Intelligence, Surveillance, and Reconnaissance Center.

Protected SATCOM Advanced Technology focuses on improving the resiliency of Wideband Satellite Communications in challenging electromagnetic environments. This project explores science and technology solutions to counter enemy electronic surveillance by obfuscating RF spectrum signatures. It is part of a broader effort to ensure communication resilience through diverse satellite constellations and ground terminal technologies.

The Non-Traditional Waveforms Advanced Technology project demonstrates waveforms that provide resilient communications in contested environments. It aims to optimize technologies like millimeter wave communications for tactical use while maintaining networked communications under challenging conditions. The project also explores aerial relay payloads for non-line-of-sight communications and develops systems to create RF "smoke screens" that complicate adversary targeting efforts.