Azure, AWS, and Google Cloud Platform provide various security services to secure access, applications, data, infrastructures, and deployments in the cloud. In this course, you'll explore the security services provided by AWS Cloud Security for securing workloads and applications, as well as the Azure security products that can be used to protect data, applications, and infrastructures. You'll explore the Google Security Model, the security services provided by Google, why you need to secure containers, and recommended cloud container security best practices for securing container usage in the cloud. You'll move on to learn about how configure AWS Security Hub, create and configure symmetric and asymmetric keys using AWS KMS, and implement Azure Active Directory and Seamless Single Sign-On. Finally, you'll examine how to set up VPN between a Check Point Security Gateway and Cloud VPN on Google Cloud Platform, harden security and restrict network access to the control plane and nodes of Google Kubernetes Engine, and how to encrypt Kubernetes secrets at the application layer.
recall AWS Cloud Security services and features that can be used to secure workloads and applications in the cloud
configure AWS Security Hub to automate security checks, manage security findings, and identify the highest priority security issues across AWS environments
create and configure symmetric and asymmetric keys using AWS KMS to control encryption across AWS
list the security products provided by Azure that can be used to protect data, applications, and infrastructure when implementing layered security and defense in depth strategies across identity, data, hosts, and networks
implement Azure Active Directory and Seamless Single Sign-On to automatically sign in users
recognize the Google Security Model and Google services that can be used to fulfil the security, policy, and regulatory compliance requirements of cloud deployments
set up VPN between a Check Point Security Gateway and Cloud VPN on Google Cloud Platform
recognize the need for securing containers and recommended cloud container security best practices to consider when securing container usage in the cloud
harden security and restrict network access to the control plane and nodes of Google Kubernetes Engine
encrypt Kubernetes Secrets at the application layer using keys that are managed in Cloud Key Management Service