Kubernetes misconfigurations present significant vulnerabilities that can be exploited by attackers to compromise systems and exfiltrate data. The expansive attack surface of Kubernetes often allows attackers to exploit misconfigurations rather than complex zero-day vulnerabilities, with the Kubernetes Threat Matrix, inspired by the MITRE ATT&CK framework, mapping these misconfigurations to specific attack tactics. A typical attack progression can include initial access through exposed API servers, credential harvesting from ConfigMaps, privilege escalation via containers running with root privileges, and lateral movement due to missing network policies. High-profile incidents in 2024, such as the TLS Bootstrap Attack on Microsoft Azure Kubernetes Services and the IngressNightmare Vulnerability, underscore the critical importance of proper configuration and security practices. To mitigate these risks, organizations should implement best practices such as enforcing API server security with RBAC policies, proper secret management, pod security standards, network segmentation, and comprehensive monitoring. This ongoing process requires regular audits and staying informed about new threats and best practices. Future discussions will focus on practical applications of security assessments and remediation techniques to enhance Kubernetes security posture management.