Wireless Access Point Isolation for Fast Cyberattack Recovery

The system segments storage into two distinct types: volatile memory for active virtual machine instances and non-volatile memory for persistent storage. This segmentation allows the volatile memory to be quickly cleared upon detecting a cyber attack, enabling rapid recovery, while the non-volatile memory preserves critical system state and configuration information for subsequent operations.

The patent implements a disposable memory strategy where virtual machine instances stored in volatile memory can be quickly discarded and reinitialized after a security incident. The system is designed to accept the loss of volatile memory contents as a trade-off for achieving rapid recovery and eliminating persistent threats.

The patent employs a multi-functional security architecture where a single security module handles diverse security tasks including authentication, authorization, encryption, and virtual machine management. This universal approach consolidates multiple security functions into one integrated system, reducing overall device complexity while maintaining comprehensive security coverage.

The system introduces a security module as an intermediary component that mediates between the wireless access point functionality and the virtual machine execution environment. This intermediary layer centralizes security operations, simplifying the architecture by providing a dedicated interface for all security-related operations rather than distributing security logic throughout the system.