AI-ENHANCED CRYPTOGRAPHIC FRAMEWORK FOR HIGH-SPEED SECURE DATA TRANSMISSION IN LOW-ORBIT AIRCRAFT SYSTEMS

Abstract

The increasing use of low-orbit aircraft (LOA) for critical applications requires strong data security. This paper introduces an AI-enhanced cryptographic framework for high-speed data transmission in LOA systems. The framework uses AI anomaly detection, hybrid encryption, and blockchain for real-time security, adaptability, and data integrity. It addresses the limitations of traditional cryptography in LOA environments and improves cyber resilience against advanced threats. Key findings include enhanced encryption speeds, lower computational overhead, and accurate anomaly detection. The research discusses implications for LOA communication security and future directions in quantum-resistant cryptography.