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Encrypting EVS Disks Encrypting cloud disks ensures data privacy and control, making it ideal for scenarios that demand high security or compliance standards. This section describes how to use the keys managed by Data Encryption Workshop (DEW) to encrypt EVS disks.
EVS EVS Overview Using an Existing EVS Disk Through a Static PV Using an EVS Disk Through a Dynamic PV Dynamically Mounting an EVS Disk to a StatefulSet Encrypting EVS Disks Expanding the Capacity of an EVS Disk Snapshots and Backups Parent Topic: Storage
Accessing a Cluster Using an X.509 Certificate X.509 certificates are essential for verifying identities and encrypting communication within CCE clusters. These certificates enable authorized clients to access target clusters while encrypting data transmission between them.
Compatibility Check of Secret Encryption Check Items Check whether the target version supports secret encryption. If it does not, clusters that have this feature enabled cannot be upgraded to the target version. Solution Secret encryption is supported in CCE clusters of v1.27 or later
Certificate Source: source of a certificate for encrypting and authenticating HTTPS data transmission. If you select a TLS key, you must create a key certificate of the IngressTLS or kubernetes.io/tls type beforehand. For details, see Creating a Secret.
Compatibility Check of Secret Encryption Check Items Check whether the target version supports secret encryption. If it does not, clusters that have this feature enabled cannot be upgraded to the target version. Solution Secret encryption is supported in CCE clusters of v1.27 or later
