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