Proactive Interplanetary Disruption Protocol: Leveraging Intentional Propagation Latency for Preemptive Light-Speed Cyber Defense

Modern cybersecurity architectures are facing structural failure due to the rise of autonomous generative AI hacking agents, which render millisecond-level time-race defense ineffective. This paper proposes a novel interplanetary defensive paradigm that inverts the finite speed of light—traditionally viewed as a communication latency defect between Earth, the Moon, and Mars—into a supreme temporal firewall boundary. By introducing an intentional, asymmetric "subtractive velocity topology" to critical infrastructure data replication, the proposed protocol ensures that once an anomaly is detected on Earth, a lightweight, non-routed light-speed flag (Flash Shield Signal) is projected via a directional laser to physically outrun and preempt the hacker's malicious payload packets. This temporal inversion forces the destination planetary nodes to dynamically purge input sockets, causing the unauthorized incoming commands to collide with a logical vacuum, thereby achieving deterministic cyber defense across astronomical distances.