C3I Cyber Advanced Development

The C3I Cyber Advanced Development program is dedicated to advancing technologies for both offensive and defensive cyber operations in tactical settings. Its main goal is to enhance devices, techniques, services, software, and algorithms to improve cyber situational awareness and Cyber Electromagnetic Activities (CEMA). For offensive operations, the program focuses on integrating electronic attack (EA) and CEMA hardware and software to carry out force protection, electronic surveillance, signals intelligence, electronic warfare, and cyber missions in a coordinated way. On the defensive front, it aims to safeguard tactical networks against modern cyber threats while reducing operator workload.

Within this program, the Autonomous Cyber Advanced Technology project is focused on developing defenses against adversarial use of artificial intelligence (AI) and machine learning (ML). This project seeks to equip tactical network defenders with AI and ML capabilities through defensive cyber operations software. The emphasis is on creating proof-of-concept sensors that can autonomously respond to cyber-attacks and develop decision aids for quick response. The Command, Control, Computers, Communications, Cyber, Intelligence, Surveillance, and Reconnaissance (C5ISR) Center conducts this work.

Another significant project under this program is Information Trust Advanced Technology. It aims to ensure data integrity and authenticity across networks using technologies like blockchain and machine learning. The project focuses on providing assurance that data remains untampered during transmission from originator to consumer. It involves developing a suite of software capabilities for real-time decision-making amidst cyber-attacks. This effort supports the Army Modernization Strategy by enhancing trust in data used for critical operations.

The Network Access and Effects Advanced Technology project concentrates on advancing mission management tools for Offensive Cyber Operations (OCO) and Radio Frequency (RF) Enabled capabilities. Its objective is to facilitate agile deployment and execution of these operations while maintaining cyber freedom of maneuver in Multi-Domain Operations (MDO). This includes developing automated mission planning tools that enable operators to efficiently select and sequence effects in line with evolving cybersecurity standards. The project aids mission planners in managing complex engagements through cognitive tools that boost operational readiness.