Container Vulnerability Prioritization via Impact and Access Frequency

The patent segments the security update process by dividing containers into multiple priority groups based on vulnerability impact factors. Instead of updating all containers simultaneously or using a simple first-come-first-served approach, the system performs segmented updates where high-priority containers are updated first, followed by medium-priority, and then low-priority containers. This segmentation allows efficient resource utilization while maintaining security reliability.

The patent introduces parameter changes by calculating impact factors based on multiple variables including vulnerability severity, container importance, and resource availability. The system dynamically adjusts update priorities by changing these parameters, allowing flexible resource allocation that adapts to current system conditions while ensuring critical security updates are performed first.

The patent implements self-service by enabling the system to automatically calculate impact factors, determine update priorities, and schedule security updates without manual administrator intervention. The automated scheduling system continuously monitors container vulnerabilities and resources, then autonomously performs updates in the optimal sequence, eliminating delays caused by manual scheduling while preserving resource availability.

The patent applies preliminary action by pre-calculating and storing impact factors for each container based on their vulnerability profiles and operational characteristics. When security updates are needed, the system retrieves these pre-calculated values and immediately executes updates according to the predetermined priority order, significantly reducing the time from vulnerability detection to patch deployment.

The patent applies dynamics by making the update schedule flexible and adaptive rather than static. The system dynamically adjusts the update sequence based on real-time impact factor calculations, resource availability, and container operational status. This dynamic approach allows the system to maintain high security reliability while optimizing productivity by updating containers at times and in sequences that minimize resource exhaustion.

The patent segments the container update process into multiple batches based on calculated impact factors. Instead of simultaneous updates that exhaust resources, the system divides containers into priority groups and updates them in sequential batches. This segmentation maintains security reliability by ensuring all containers are eventually updated while improving productivity by preventing resource exhaustion through controlled, staged updates.