โจ Containerization is a key app modernization pattern, but operating containers at scale can be complex and securing them comes with additional challenges.
๐ Cloud and container threat landscape present specific security challenges, including rapid infrastructure deployment, access management, securing assets, and addressing misconfigurations.
๐ Benefits of migrating to the cloud include agility, speed, cost optimization, scalability, and the ability to automate infrastructure through infrastructure as code.
โฑ๏ธ Adversaries are getting faster and more sophisticated, with average breakout time decreasing each year, and a majority of attacks being malware-free and interactive.
๐ About 60% of container environments have serious security misconfigurations that can be exploited.
๐ Adversaries gain initial access through stolen credentials or vulnerable web-facing applications.
โฑ๏ธ To stay ahead, it is crucial to detect and understand attacks within one minute and respond within 60 minutes.
๐ Containerized environments face challenges due to increased container density and the need for orchestration tools like Kubernetes.
๐ก๏ธ Kubernetes provides control plane security through EKS, ensuring a consistent and configured state of the cluster.
๐ Kubernetes security considerations include image security, network policies, pod security, RBAC, and logging and monitoring.
๐ Container security is crucial, including runtime security, pod security, and access control.
๐ Network security and segmentation are important in Kubernetes for limiting access.
๐ Detective controls, incident response, and compliance play a vital role in securing a container cluster.
๐ Visibility and management of resources, including resource churn and privilege escalation, are key considerations.
๐ Automating cluster configuration and deployment is crucial for success.
๐ GitOps and infrastructure as code are essential for mature Kubernetes shops.
๐ก๏ธ Falcon Cloud Security provides continuous security monitoring and protection for Kubernetes clusters.
๐ Deploying infrastructure as code with CSPM for security configuration and remediation.
๐ณ Scanning container images for vulnerabilities before deployment.
๐ฉ๏ธ Integrated platform for ingesting and correlating data to improve security.
๐ Automate container security with CrowdStrike Falcon Cloud Security using Control Tower and CloudFormation templates.
๐ Identify and manage container image vulnerabilities using vulnerability management and CVE ratings.
๐ก๏ธ Scan and protect Kubernetes clusters for misconfigurations, including privileged mode and unnecessary Linux capabilities.
โ๏ธ Scan AWS services for cloud security posture management and compare configurations with regulatory compliance best practices.
๐ป Monitor and take automated action on runtime activity inside containers to detect and mitigate malicious processes.
๐ด Enable forensic analysis and incident response with detailed information and event timelines.
๐ Enhancing container security with CrowdStrike Falcon Cloud Security.
๐ Real-time response and incident investigation capabilities.
โ๏ธ Cloud native protection, automated remediation workflows, and API integrations.
๐ Data ingestion, threat intelligence, and analytics for identifying and anticipating adversaries.
๐ก Continuous improvement and protection through machine learning and platform enhancements.
๐ป Opportunity for a cloud security risk review and access to resources.
ููู ุชููู ูููุง ูู ุงูููุงู ููุญุชุฑู ู ุงููุงุณ ูุชุญุธู ุจุงูููุจุฉ ูุงูููุงุฑ ุฃุณุฑุงุฑ ุงูููุงู ููุญุชุฑู ู ุงูุฌู ูุน ูุงุณุฑ ุงูุญุฒูู ู
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