ATM Data Recovery via Sub-orbital Satellite Network

The patent introduces sub-orbital satellites as intermediary communication nodes between ATMs and ground-based financial networks. These satellites serve as mediators that can relay data transmissions when ground-based infrastructure is unavailable, ensuring continuous communication capability during distress conditions while maintaining security through encrypted channels.

The system transitions from exclusively ground-based communication to space-based communication by deploying sub-orbital satellites. This dimensional shift from terrestrial to orbital communication channels provides an alternative transmission path that bypasses ground infrastructure failures, enabling ATM operations during natural disasters, power outages, or other distress scenarios.

The patent implements autonomous monitoring programs that run directly on satellite systems and ATM devices, enabling self-service data protection without requiring complex ground-based control infrastructure. The system automatically detects distress conditions, initiates data purging operations, and manages security protocols autonomously, reducing the need for complex external monitoring systems while maintaining high data security standards.

The system performs preliminary data purging and security operations automatically upon detecting distress conditions, before potential data breaches can occur. By preemptively securing or purging sensitive ATM data during identified distress events, the system prevents security incidents rather than responding to them, simplifying the overall security architecture while maintaining robust protection.