This tutorial shows how to setup a KES server that uses Google Cloud Secret Manager as a persistent key store. K E S C l i e n t K E S S e r v e r G o o g l e C l o u d S e c r e t M a n a g e r Google Cloud Secret Manager The Google Cloud Secret Manager is a key-value store for secrets, such as passwords, access tokens, and cryptographic keys.

AWS Secrets Manager works as a key-value store for secrets like passwords, access tokens, and cryptographic keys. AWS encrypts these secrets with the AWS Key Management Service (AWS-KMS). This tutorial shows how to set up a KES server that uses AWS Secrets Manager as a persistent key store protected by AWS-KMS: K E S C l i e n t K E S S e r v e r A W S S e c A r W e S t - s K - M M S a n a g e r AWS Secrets Manager Prerequisite You need an AWS access key and AWS secret key pair with sufficient IAM policy permissions to create, retrieve, and delete secrets with AWS Secrets Manager. Create AWS Access/Secret Key Pair.

This section provides documentation on the AIStor Key Encryption Service (KES). AIStor KES is a maintained fork of the MinIO KES project under MinIO’s enterprise license. For new or long-term deployments, consider using AIStor Key Manager to replace KES. Migrate from KES Community Edition to AIStor KES on Linux The following procedure describes how to migrate from the deprecated KES Community Edition (KES CE) to the latest stable AIStor KES release. This procedure assumes an existing KES CE cluster running latest available release.

AIStor Key Manager supports installation on to Linux and Kubernetes infrastructures. Hardware and host configuration The following table lists the minimum requirements for a Key Manager server CPU Single-Socket Server-grade CPU with support for AES-NI instruction sets. Memory 8GiB available Storage 10GiB SSD or NVMe Network 10GbE low-latency interface Security standards typically discourage storing encryption keys on the same hosts as the encrypted data. As such, consider deploying Key Manager onto physical or virtual hosts that are fully separated or independent from the AIStor Object Store clusters they support.

This tutorial shows how to setup a KES server that uses Vault’s K/V engine as a persistent and secure key store: K E S C l i e n t K E S S e r v e r V a u l t Prerequisites To start a development server or interact with Vault using the Vault CLI, download the Vault binary.

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