A Framework for Secure, Low-Latency Communication in Mobile Nigerian Military Operations

Secure and reliable communication is essential for effective military operations, particularly in dynamic and hostile environments. In Nigeria, military missions often occur in remote and infrastructure-limited regions where communication networks are vulnerable to latency, disruption, and security threats. The presence of insurgent groups such as Boko Haram and Islamic State West Africa Province further increases the need for resilient and secure communication systems capable of supporting real-time information exchange. This study proposes a framework for secure, low-latency communication in mobile Nigerian military operations. The framework integrates adaptive routing mechanisms, optimized encryption techniques, and resilient network architecture to balance security requirements with communication efficiency. Mathematical models are applied to evaluate performance metrics including transmission delay, packet delivery ratio, and network reliability. The proposed framework provides a structured approach for improving tactical communication systems, enhancing situational awareness, operational coordination, and mission effectiveness in modern network-centric military environments.