$$ Framework Diagram: Design a layered security framework diagram with components like

network segmentation, identity and access management, image scanning, and real$-$time

monitoring $($Label as "self$-$created"$).$

$$ Technical Justification: Provide insights into each layer$$s significance, focusing on how each

layer enhances security without referencing other sections.

$$ Detailed Example: Include step$-$by$-$step security measures for an application lifecycle within

a container, explaining how the proposed framework adds robustness.

$$ Additional Diagrams or Tables: If applicable, add sub$-$diagrams or tables to detail each

component, ensuring they clearly indicate whether they$$re original or sourced.

$1)$ Layered Security Framework for Containerized Applications

a$.$ Network Segmentation: Using firewall rules, VPCs$,$ and secure networking.

b$.$ Identity and Access Management $($IAM$)$: Implementing RBAC, zero$-$trust, and

multi$-$factor authentication.

c$.$ Image Hardening: Guidelines for creating and maintaining secure images.

d$.$ Real$-$time Monitoring and Threat Detection: Leveraging AI and ML for

anomaly detection.

$2)$ Technical Approach to Securing Container Lifecycle

a$.$ Security during image build and deployment.

b$.$ Monitoring during runtime and securing data in transit and at rest.

c$.$ Decommissioning and container deletion processes.

$3)$ Example Use Case or Scenario

a$.$ Practical example showing security implementation across container

lifecycle stages.

$4)$ Framework Diagram:

a$.$ Layered security framework for securing containerized applications